**
ISSN (Online)** : 2180-1363

**Frequency** : Continuos

**Editor-in-Chief** : **Dr. Khalid M. Saqr **(E-mail)

**Technical Editor** : **Wan Mohd Arif Aziz Japar **(E-mail)

View full editorial board

**Aims and Scope** : CFD Letters publishes as rapidly as possible manuscripts of high quality which addresses eminent topics of computational fluid dynamics theory and applications. Being an international, peer-reviewed, online and open access journal, CFD Letters presents a world-wide forum for the dissemination of knowledge among engineers, scientists and mathematicians working in the field of computational fluid mechanics.

### Article of the month

Comparative study of upwind and averaging schemes with artificial dissipation for numerical solution for quasi-one-dimensional supersonic flow

Tohid Adibi, Aria Amrikachi

## PUBLISHED ARTICLES

**Preface**

**Year 2009**

**Year 2010**

**Year 2011**

**Year 2012**

**Year 2013**

**Year 2014**

**Year 2015**

**Year 2016**

**Year 2017**

**Year 2018**

**Year 2019**

**ABSTRACT**

Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris..read more

**REFERENCES**

Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris..read more

**CITE**

Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris..read more

Hossam S Aly

Page II – III

Numerical Investigation of Incompressible Flow past Circular Tubes in Confined Channel

Shaligram Tiwari, S. Jayavel

Page 1 – 14

Prediction of Lift and Drag Coefficients on Stationary Capsule in Pipeline

Mohamed Farid Khalil, Sadek Zakaria Kassab,Ihab Gaber Adam,Mohamed Ahmed Samaha

Page 15 – 28

Experimental and Numerical Study of Spoiler Effect on Ship Stability: Effect of Spoiler Inclination Angle

Nabil Hassan Mostafa, Berge Ohanness Djebedjian, Emad Mohammed El-Said, Magdy Mohammed Abou Rayan

Page 29 – 42

2D Numerical Simulation of Fluid Flow over a Rectangular Prism

Milankumar Ramakant Nandgaonkar,Sumeet Suresh Thete,Kaustubh Ravindra Bhat

Page 43 – 49

Graphical User Interface (GUI) In MatLab for Solving The Pulsatile Flow in Blood Vessel

Badreddin Giuma Elghariani, Kahar bin Osman

Page 50 – 58

Mohamed Gad El-Hak

Page ii – iv

A RBF Based Local Gridfree Scheme for Unsteady Convection-Diffusion Problems

Sanyasiraju VSS Yedida, G Chandhini

Page 59 – 67

Comparison of Permeability on the Actual and Ideal Cancellous Bone Microstructure

Mohammed Rafiq Abdul Kadir, Ardiyansyah Syahrom

Page 68 – 77

Statistical Analysis on the Design of Flow Modifying Centre-Bodies in a Plenum Chamber

Safiah Othman,Abas A. Wahab, Vijay R. Raghavan

Page 78 – 86

Numerical Simulation of Confined Vortex Flow Using a Modified k-epsilon Turbulence ModelKhalid M. Saqr, Hossam S. Aly,Malzan A. Wahid,Mohsin M. Sies

Page 87 – 94

Khalid M Saqr

Page ii – iii

Solution of Two-Dimensional Viscous Flow Driven by Motion of Flexible Walls

Ravi Bhadauria, Ramana M. Pidaparti, Mohamed Gad-el-Hak

Page 1 – 12

Simulation of Incompressible Flows in Two-Sided Lid-Driven Square Cavities. Part I – FDM

Arumuga Perumal, Anoop K Dass

Page 13 – 24

Simulation of Incompressible Flows in Two-Sided Lid-Driven Square Cavities. Part II – LBM

D. Arumuga Perumal, Anoop K Dass

Page 25 – 38

Numerical simulation and CFD-Based Correlation of Erosion Threshold Gas Velocity in Pipe Bends

Samy M. El-Behery, Mofreh H Hamed, M A El-Kadi, K A Ibrahim

Page 39 – 53

Mesh Optimization for Ground Vehicle Aerodynamics

Nor Elyana Ahmad, Essam F Abo-Serie, Adrian Gaylard

Page 54 – 65

Nor Awadi C Sidik, N C Horng, M A Mussa, S Abdullah

Page 66 – 74

Application of Lattice Boltzmann Method to Flows in Microgeometries

Arumuga Perumal, Gundavarapu V.S. Kumar, Anoop K. Dass

Page 75 – 84

Validation by PIV of the Numerical Study of Flow in the Plenum Chamber of a Swirling Fluidized Bed

Safiah Othman, Abas A A. Wahab, Vijay R Raghavan

Page 85 – 96

On the Contribution of Drag and Turbulent Stresses in the Fragmentation of Liquid Droplets: A Computational Study

Hossam S. Aly, Yehia A. Eldrainy, Tholudin M. Lazim, Mohammad Nazri Mohd Jaafar

Page 97 – 105

Amador Muriel

Page II – IV

CFD Study on Inter-Action and Heat Transfer between Non-Isothermal Airflow of Momentum Source and Plume of Buoyancy Force in an Air-Conditioned Space

Xin Wang, Chen Huang, Wuwei Cao

Page 106 – 111

Axisymmetric Vortex Simulations with Various Turbulence Models

Brian Howard Fiedler, Gabriel S. Garfield

Page 112 – 122

Numerical Study of Passive Catalytic Recombiner for Hydrogen Mitigation

B Gera, Pavan K Sharma, R. K. Singh

Page 123 – 136

Pavan K Sharma, Gera R.K. Singh

Page 137 – 148

Three-Dimensional Finite Element Computation For Solving Pulsatile Blood Flow: Relevence in Assessing the Flow Dynamics in Abdominal Aortic Aneurysm

Vijayajothi Paramasivam, Nenad Filipovic, Mohammed Rafiq Abdul Kadir, Kanesan Muthusamy

Page 149 – 162

MIXED CONVECTION IN A LID-DRIVEN CAVITY UTILIZING NANOFLUIDS

Muthtamil Selvan

Page 163 – 175

On the Dynamics of Shock-Interface Interaction using the Level Set Method

Ashraf Bagabir, Ashraf Balbel, Wageeh Ahmed El-Askary

Page 176 – 196

The Study of Numerical Simulation of Oxygen-enriched Burner System

Yuesheng Fan, Pengfei Si

Page 197 – 207

Carola S König

Page II – IV

Simulating Multiphase Flows in Porous Media with High Order CE/SE Method

Duoxing Yang, Zhang De-liang

Page 1 – 17

Application of RANS and LES Based CFD to Predict the Short and Long Term Distribution and Mixing of Hydrogen in a Large Enclosure

Pavan K Sharma

Page 1 – 18

Experiments and Numerical Simulations on the Aerodynamics of the Ahmed Body

Walter Meile, Günter Brenn, Aaron Reppenhagen,Anton Fuchs

Page 32 – 39

Estimation of Radius Ratio in a Fin Using Inverse CFD Model

Ranjan Das

Page 40 – 47

Numerical Evaluation of Inclined Ceiling Diffuser on ?Buoyancy and Airflow Patterns in an Enclosed Space

Brajesh Tripathi,Sandipan GhoshMoulic

Page 48 – 64

Dimitri Gidaspow

Page II – III

Performance of Elliptical Pin Fin Heat Exchanger with Three Elliptical Perforations

Monoj Baruah, Anupam Dewan, Pinakeswar Mahanta

Page 65 – 73

A High Order Spectral Volume method for equations containing third spatial derivatives using an Interior Penalty Formulationulatio

Ramya Raghavendra

Page 74 – 88

Coupled Coating Formation Simulation in Thermal Spray processes using CFD and FEM

Jens Prehm

Page 89 – 99

Numerical Simulations of Flow Bifurcations inside a Driven Cavity

Essam Wahba

Page 100 – 110

Timothy Ganesan, Mokhtar Awang

Page 1 – 10

Validation of Large Eddy Simulation in a Relaminarizing Boundary Layer Flow

Jianbo Jiang, Xinlei Wang

Page 11 – 19

Numerical Simulation of Buoyant Pulsating Exchange Flow through Circular Opening in Horizontal Partition

B. Gera, Pavan K. Sharma, R. K. Singh, K. K. Vaze

Page 20 – 32

CFD-DP Modeling of Multiphase Flow in Dense Medium Cyclone

Okan Topcu

Page 33 – 42

Essam Khalil

Page 43 – 46

Computer Simulations of Pulsatile Blood Flow in Fusiform Models of Abdominal Aortic Aneurysms

Vijayajothi Paramasivam, M. Kanesan, M. Rafiq Abdul Kadir

Page 47 – 53

Effect of high level differential heating on failure of encapsulated Chips and Semiconductors

Ashraf Balabel, Ismail Sakr

Page 54 – 67

Aerodynamic Drag Reduction for Ground Vehicles using Lateral Guide Vanes

Essam Wahba, Humaid Al-Marzooqi, Majd Shaath, Mohamed Shahin, Tarek El-Dhmashawy

Page 68 – 79

Convective Heat Transfer over a Wall Mounted Cube Using Large Eddy Simulation

Habibollah Heidarzadeh, Mousa Farhadi, Kurosh Sedighi

Page 80 – 92

Joey Duran Ocon, Ludek Jirkovsky, Rizalinda L. de Leon, Amador Muriel

Page 93 – 101

Lattice Boltzmann Numerical Scheme for Transient Hydrodynamics of Solid Particles In An Enclosure

Nor Awadi C Sidik, Leila Jahanshaloo

Page 102 – 111

Turbulent Phenomena in the Aerobreakup of Liquid Droplets

József Nagy, Andras Horvath, Christian Jordan, Michael Harasek

Page 112 – 126

Lattice Boltzmann Simulation of Viscous Flow past Elliptical Cylinder

D.Arumuga Perumal, Gundavarapu V.S. Kumar, Anoop K.Dass

Page 127 – 139

Unsteady Numerical Simulation of Cavitation in Axial Turbine

Nabil H. Mostafa, Mohamed Adel

Page 140 – 149

Sanyasiraju VSS Yedida, Chirala Satyanarayana

Page 152 – 172

Finite Difference Based Sigma – Transformation Approach For Liquid Sloshing In A Rectangular Tank

M. Eswaran, Ujjwal K. Saha

Page 173 – 192

Computations of Upward Water/Air Fluid Flow in Vertical Pipes

Ismail M Sakr, Wageeh Ahmed El-Askary, Ashraf Balabel, K. Ibrahim

Page 193 – 213

Effect Of Swirl In A Constant Speed Di Diesel Engine Using Computational Fluid Dynamics

R. Thundil Karuppa Raj, Renganathan Manimaran

Page 214 – 224

Effect Of Swirl In A Constant Speed Di Diesel Engine Using Computational Fluid Dynamics

R. Thundil Karuppa Raj, Renganathan Manimaran

Page 214 – 224

Evaluation Of An Les Code Against A Hydrogen Dispersion Experiment

Nektarios Koutsourakis, Ilias C. Tolias, Alexander G. Venetsanos, John G. Bartzis

Page 225 – 236

Khalid M Saqr, Mazlan A. Wahid

Page 1 – 5

Three-dimensional Thermal Comfort Analysis for Hospital Operating Room with the Effect of Door Gradually Opened; Part (I) Effect on Velocity and Temperature Distributions

Abd el Hamid Attia, Mohamed M EL Helw, Hebat-Allah Mohamed Teamah

Page 6 – 19

Three-Dimensional Thermal Comfort Analysis for Hospital Operating Room with the Effect of Door Gradually Opened; Part (II) Effect on Mean Age of the Air and Predicted Mean Vote Distribution

Abd el Hamid Attia, Mohamed EL Helw, Hebat-Allah Mohamed Teamah

Page 20 – 31

Numerical Modeling of Unequal-Size Droplets Collisions using a Lagrangian Mesh-Free Particle Method

Alejandro José Acevedo-Malavé

Page 32 – 42

Alejandro José Acevedo-Malavé

Page 43 – 56

Simulation of Incompressible Flow in Two Sided Lid Driven Cavity using Upwind Compact Scheme

A Munir, M Rizwan, Abdullah Shah

Page 57 – 66

Turbulent Periodic Flow and Heat Transfer in a Square Channel with different Ribs

Ahmed M Bagabir, Jabril A Khamaj, Ahmed S Hassan

Page 67 – 80

Numerical Study on Natural and Forced Convection in Electrochemical Cells

Ismail M Sakr,Wageeh A El-Askary, Ashraf Balabel, Kamal A Ibrahim

Page 81 – 96

Numerical Simulation of Phase Map Shift of Vibrating Cylinder at Low Reynolds Number

Nadeem Sheikh

Page 97 – 107

CFD Analysis and Risk Management Approach for the Long-Term Prediction of Marble Erosion by Particles Impingement

Gianfranco Caruso, Matteo Mariotti, Livio de Santoli

Page 108 – 119

Computation of forced convection in Electrochemical Cells Installed in a Sudden Expansion

Ismail M Sakr, Wageeh El-Askary, Ashraf Balabel, Kamal A Ibrahim

Page 120 – 131

Scalar Tuning of a Fluid Solver using Compact Scheme for a Supercomputer with a Distributed Memory Architecture

Hikaru Aono, Taku Nonomura, Nobuyuki Iizuka, Takahiko Ohsako, Tomohide Inari, Yasutoshi Hashimoto, Ryoji Takaki, Kozo Fujii

Page 132 – 142

Effect of Volume Fraction on the Performance and Separation Efficiency of a De-oiling Hydrocyclone

Kamel A. Elshorbagy, Amr Mohamed Abdelrazek, Mohamed Elsabaawy

Page 153 – 164

Scalar Tuning of a Fluid Solver using Compact Scheme for a Supercomputer with a Distributed Memory Architecture

Hikaru Aono, Taku Nonomura, Nobuyuki Iizuka, Takahiko Ohsako, Tomohide Inari, Yasutoshi Hashimoto, Ryoji Takaki, Kozo Fujii

Page 143 – 152

Cylindrical and Row Trenched Cooling Holes with Alignment Angle of 90 Degree at Different Blowing Ratios

M. A. Khattak, M. A. Ashraff, M. Ikmal, A. Syafiq and M. Hazritz

Page 165 – 173

Numerical Investigation on the Effect of Impeller Trimming on the Performance of a Modified

Layth Hasan Jawad, S. Abdullah, R. Zulkifli, W.M. F.W. Mahmood

Page 174 – 184

Protection of Bend from Erosion Caused by Gas-Particle Flows in Town Border Station

Javad Abolfazli Esfahani, Hamid Reza Karbasian, Aref Fozooni Kangarshahi, Ebrahim Barati

Page 185 – 192

Numerical Study of Mixed Convective Cooling in a Ventilated Cavity Utilizing a Guide Baffle

Wael El-Maghlany

Page 197 – 207

Comments on ‘A generalized lattice Boltzmann method for three-dimensional incompressible fluid flow simulation’

Rahmati and Ashrafizaadeh, Ridha Djebali, Bittagopal Mondal

Page 193 – 196

B Srinivas, KV Ramesh

Page 1 – 14

CFD Modelling of Natural Convection in Air Cavities’

Yingchun Ji

Page 15 – 31

Numerical Simulation Of Double Diffusive Laminar Mixed Convection In A Horizontal Rotating Annulus Part (I): Effect Of Richardson And Lewis Numbers

Medhat M Sorour, Mohamed Teamah, Wael El-Maghlany, Heba M Abdel Aziz

Page 32 – 45

Jiunn Chit Ong, Ashraf Ali Omar, Waqar Asrar

Page 46 – 61

A High Order Numerical Scheme for Incompressible Navier-Stokes Equations

Hassan Khurshid, Klauss Hoffmann

Page 62 – 80

Numerical Simulation of Double Diffusive Laminar Mixed Convection in a Horizontal Rotating Annulus Part (II): Effect of Prandtl Number and Buoyancy Ratio

Medhat Sourour, Mohamed Teamah, Wael El-Maghlany, Heba M. Abdel Aziz

Page 81 – 93

Nor Awadi C Sidik, Leila Jahanshaloo

Page 94 – 100

Numerical study of flow over annular-finned tube heat exchangers by different turbulent Models

Hossain Nemati, Mohammad Moghimi

Page 101 – 112

Experimental and Numerical Study for Turbulent Flow Drag Reduction in District cooling systems

Sameh A. Elshafie, Sadek Z. Kassab, Mohamed M. Abo El-Azm

Page 113 – 125

Comments on “Lattice Boltzmann Analysis of 2-D Natural Convection Flow and Heat Transfer within Square Enclosure including an Isothermal Hot Block, by Naffouti, Zinoubi and Ben-Maad”

Ridha Djebali

Page 126 – 130

F. Fathinia, Ahmed Kadhim Hussein

Page 1 – 18

Comparative study of upwind and averaging schemes with artificial dissipation for numerical solution for quasi-one-dimensional supersonic flow

Tohid Adibi, Aria Amrikachi

Page 19 – 32

Siddique Mohammed Umair, Abdulrahman Alrobaian, Sher Afghan Khan, Marthande Gnanagonda Kashinath, Patil Rajesh

Page 1 – 17

Finite Element Analysis of Thermal Stress Intensity Factors for Cracked Bimaterial System Under Convective Cooling

Arafathali Shaikdawood Basheerali, Meftah Hrairi, Jaffar Syed Mohamed Ali

Page 18 – 27

Numerical CFD Analysis of a Direct Injection (DI) Four Strokes Single Cylinder Diesel Engine at Different Compression Ratios

Nhad K Frhan, Azwan Sapit, Mohd Azahari Razali, Mohd Faisal Hushim, Akmal Nizam Mohammed, Bukhari Manshoor, Amir Khalid

Page 28 – 37

Assessment of Turbulence Model for Cross-Flow Pico Hydro Turbine Numerical Simulation

Ahmad Indra Siswantara, Budiarso, Aji Putro Prakoso, Gun Gun R Gunadi, Warjito, Dendy Adanta

Page 38 – 48

Simulation Analysis of Two-Phase Heat Transfer Characteristics In a Smooth Horizontal Ammonia (R717) Evaporator Tube

Pravinth Balthazar, Muzathik Abdul Majeed

Page 49 – 58

Simulation of System Pressure Impact on the Water Hydraulic Hybrid Driveline Performance

Ahmad Anas Yusof, Saiful Akmal Sabaruddin, Syarizal Bakri, Suhaimi Misha

Page 59 – 75

Abdul Rahman Mohd Kasim, Nur Syamilah Arifin, Syazwani Mohd Zokri, Mohd Zuki Salleh

Page 1 – 16

**MLA**

Abdul Rahman, Mohd Kasim, et al. "Fluid-Particle Interaction with Buoyancy Forces on Jeffrey Fluid with Newtonian Heating."

*CFD Letters*11.1 (2019): 1-16.

**APA**

Abdul Rahman, M. K., Nur Syamilah, A., Syazwani, M. Z., & Mohd Zuki, S.(2019). Fluid-Particle Interaction with Buoyancy Forces on Jeffrey Fluid with Newtonian Heating.

*CFD Letters*, 11(1), 1-16.

**Chicago**

Abdul Rahman Mohd Kasim, Nur Syamilah Arifin, Syazwani Mohd Zokri, and Mohd Zuki Salleh."Fluid-Particle Interaction with Buoyancy Forces on Jeffrey Fluid with Newtonian Heating."

*CFD Letters."*11, no. 1 (2019): 1-16.

**Harvard**

Abdul Rahman, M.K., Nur Syamilah, A., Syazwani, M.Z., and Mohd Zuki, S.,2019. Fluid-Particle Interaction with Buoyancy Forces on Jeffrey Fluid with Newtonian Heating.

*CFD Letters*11(1), pp. 1-16.

**Vancouver**

Abdul Rahman MK, Nur Syamilah A, Syazwani MZ, Mohd Zuki S. Fluid-Particle Interaction with Buoyancy Forces on Jeffrey Fluid with Newtonian Heating. CFD Letters. 2019;11(1): 1-16.

MHD Slip Flow and Heat Transfer on Stagnation Point of a Magnetite (Fe3O4 ) Ferrofluid towards a Stretching Sheet with Newtonian Heating

Muhammad Khairul Anuar Mohamed, Nurul Ainn Ismail, Norhamizah Hashim, Norlianah Mohd Shah, Mohd Zuki Salleh

Page 17 - 27

**MLA**

Muhammad Khairul Anuar, Mohamed, et al. "MHD Slip Flow and Heat Transfer on Stagnation Point of a Magnetite (Fe3O4 ) Ferrofluid towards a Stretching Sheet with Newtonian Heating."

*CFD Letters*11.1 (2019): 17-27.

**APA**

Muhammad Khairul Anuar, M., Nurul Ainn, I., Norhamizah, H., Norlianah, M. S., & Mohd Zuki, S.(2019). MHD Slip Flow and Heat Transfer on Stagnation Point of a Magnetite (Fe3O4 ) Ferrofluid towards a Stretching Sheet with Newtonian Heating.

*CFD Letters*, 11(1), 17-27.

**Chicago**

Muhammad Khairul Anuar Mohamed, Nurul Ainn Ismail, Norhamizah Hashim, Norlianah Mohd Shah, and Mohd Zuki Salleh."MHD Slip Flow and Heat Transfer on Stagnation Point of a Magnetite (Fe3O4 ) Ferrofluid towards a Stretching Sheet with Newtonian Heating."

*CFD Letters."*11, no. 1 (2019): 17-27.

**Harvard**

Muhammad Khairul Anuar, M., Nurul Ainn, I., Norhamizah, H., Norlianah, M.S., and Mohd Zuki, S.,2019. MHD Slip Flow and Heat Transfer on Stagnation Point of a Magnetite (Fe3O4 ) Ferrofluid towards a Stretching Sheet with Newtonian Heating.

*CFD Letters*11(1), pp. 17-27.

**Vancouver**

Muhammad Khairul Anuar M, Nurul Ainn I, Norhamizah H, Norlianah MS, Mohd Zuki S. MHD Slip Flow and Heat Transfer on Stagnation Point of a Magnetite (Fe3O4 ) Ferrofluid towards a Stretching Sheet with Newtonian Heating. CFD Letters. 2019;11(1): 17-27.

Analysis of Injection Pressure and High Ambient Density of Biodiesel Spray using Computational Fluid Dynamics

Norrizam Jaat, Amir Khalid, Norrizal Mustaffa, Fathul Hakim Zulkifli, Norshuhaila Mohamed Sunar, Ridwan Saputra Nursal, Mahmod Abd Hakim Mohamad, Djamal Didane

Page 28 - 39

**MLA**

Norrizam, Jaat, et al. "Analysis of Injection Pressure and High Ambient Density of Biodiesel Spray using Computational Fluid Dynamics."

*CFD Letters*11.1 (2019): 28-39.

**APA**

Norrizam, J., Amir, K., Norrizal, M., Fathul Hakim, Z., Norshuhaila, M. S., Ridwan, S. N., Mahmod, A. H. M., & Djamal, D.(2019). Analysis of Injection Pressure and High Ambient Density of Biodiesel Spray using Computational Fluid Dynamics.

*CFD Letters*, 11(1), 28-39.

**Chicago**

Norrizam Jaat, Amir Khalid, Norrizal Mustaffa, Fathul Hakim Zulkifli, Norshuhaila Mohamed Sunar, Ridwan Saputra Nursal, Mahmod Abd Hakim Mohamad, and Djamal Didane."Analysis of Injection Pressure and High Ambient Density of Biodiesel Spray using Computational Fluid Dynamics."

*CFD Letters."*11, no. 1 (2019): 28-39.

**Harvard**

Norrizam, J., Amir, K., Norrizal, M., Fathul Hakim, Z., Norshuhaila, M.S., Ridwan, S.N., Mahmod, A.H.M., and Djamal, D.,2019. Analysis of Injection Pressure and High Ambient Density of Biodiesel Spray using Computational Fluid Dynamics.

*CFD Letters*11(1), pp. 28-39.

**Vancouver**

Norrizam J, Amir K, Norrizal M, Fathul Hakim Z, Norshuhaila MS, Ridwan SN, Mahmod AHM, Djamal D. Analysis of Injection Pressure and High Ambient Density of Biodiesel Spray using Computational Fluid Dynamics. CFD Letters. 2019;11(1): 28-39.

Analytical and Numerical Solutions to the 2D Sakiadis Flow of Casson Fluid with Cross Diffusion, Inclined Magnetic Force, Viscous Dissipation and Thermal Radiation Based on Buongiorno's Mathematical Model

Emran Khoshrouye Ghiasi, Reza Saleh

Page 40 - 54

**MLA**

Emran, Khoshrouye Ghiasi, and Reza, Saleh. "Analytical and Numerical Solutions to the 2D Sakiadis Flow of Casson Fluid with Cross Diffusion, Inclined Magnetic Force, Viscous Dissipation and Thermal Radiation Based on Buongiorno's Mathematical Model."

*CFD Letters*11.1 (2019): 40-54.

**APA**

Emran, K. G., & Reza, S.(2019). Analytical and Numerical Solutions to the 2D Sakiadis Flow of Casson Fluid with Cross Diffusion, Inclined Magnetic Force, Viscous Dissipation and Thermal Radiation Based on Buongiorno's Mathematical Model.

*CFD Letters*, 11(1), 40-54.

**Chicago**

Emran Khoshrouye Ghiasi, and Reza Saleh."Analytical and Numerical Solutions to the 2D Sakiadis Flow of Casson Fluid with Cross Diffusion, Inclined Magnetic Force, Viscous Dissipation and Thermal Radiation Based on Buongiorno's Mathematical Model."

*CFD Letters."*11, no. 1 (2019): 40-54.

**Harvard**

Emran, K.G., and Reza, S.,2019. Analytical and Numerical Solutions to the 2D Sakiadis Flow of Casson Fluid with Cross Diffusion, Inclined Magnetic Force, Viscous Dissipation and Thermal Radiation Based on Buongiorno's Mathematical Model.

*CFD Letters*11(1), pp. 40-54.

**Vancouver**

Emran KG, Reza S. Analytical and Numerical Solutions to the 2D Sakiadis Flow of Casson Fluid with Cross Diffusion, Inclined Magnetic Force, Viscous Dissipation and Thermal Radiation Based on Buongiorno's Mathematical Model. CFD Letters. 2019;11(1): 40-54.

Effects Of Mixed Convection On Methanol And Kerosene Oil Based Micropolar Nanofluid Containing Oxide Nanoparticles

Hamzeh T. Alkasasbeh, Mohammed Z. Swalmeh, Abid Hussanan, Mustafa Mamat

Page 55 - 68

**MLA**

Hamzeh, T. Alkasasbeh, et al. "Effects Of Mixed Convection On Methanol And Kerosene Oil Based Micropolar Nanofluid Containing Oxide Nanoparticles."

*CFD Letters*11.1 (2019): 55-68.

**APA**

Hamzeh, T. A., Mohammed, Z. S., Abid, H., & Mustafa, M.(2019). Effects Of Mixed Convection On Methanol And Kerosene Oil Based Micropolar Nanofluid Containing Oxide Nanoparticles.

*CFD Letters*, 11(1), 55-68.

**Chicago**

Hamzeh T. Alkasasbeh, Mohammed Z. Swalmeh, Abid Hussanan, and Mustafa Mamat."Effects Of Mixed Convection On Methanol And Kerosene Oil Based Micropolar Nanofluid Containing Oxide Nanoparticles."

*CFD Letters."*11, no. 1 (2019): 55-68.

**Harvard**

Hamzeh, T.A., Mohammed, Z.S., Abid, H., and Mustafa, M.,2019. Effects Of Mixed Convection On Methanol And Kerosene Oil Based Micropolar Nanofluid Containing Oxide Nanoparticles.

*CFD Letters*11(1), pp. 55-68.

**Vancouver**

Hamzeh TA, Mohammed ZS, Abid H, Mustafa M. Effects Of Mixed Convection On Methanol And Kerosene Oil Based Micropolar Nanofluid Containing Oxide Nanoparticles. CFD Letters. 2019;11(1): 55-68.

On the Parallelization of Moving Particle Level Set (MPLS) Method for Multiphase Flow Simulation using OpenMP

Abdalla Mohamed Elfatih Ibrahim, Khai Ching Ng, Yee Luon Ng

Page 69 - 85

**MLA**

Abdalla Mohamed, Elfatih Ibrahim, et al. "On the Parallelization of Moving Particle Level Set (MPLS) Method for Multiphase Flow Simulation using OpenMP."

*CFD Letters*11.1 (2019): 69-85.

**APA**

Abdalla Mohamed, E. I., Ng, K. C., & Ng, Y. L.(2019). On the Parallelization of Moving Particle Level Set (MPLS) Method for Multiphase Flow Simulation using OpenMP.

*CFD Letters*, 11(1), 69-85.

**Chicago**

Abdalla Mohamed Elfatih Ibrahim, Khai Ching Ng, and Yee Luon Ng."On the Parallelization of Moving Particle Level Set (MPLS) Method for Multiphase Flow Simulation using OpenMP."

*CFD Letters."*11, no. 1 (2019): 69-85.

**Harvard**

Abdalla Mohamed, E.I., Ng, K.C., and Ng, Y.L.,2019. On the Parallelization of Moving Particle Level Set (MPLS) Method for Multiphase Flow Simulation using OpenMP.

*CFD Letters*11(1), pp. 69-85.

**Vancouver**

Abdalla Mohamed EI, Ng KC, Ng YL. On the Parallelization of Moving Particle Level Set (MPLS) Method for Multiphase Flow Simulation using OpenMP. CFD Letters. 2019;11(1): 69-85.

Spiral Groove Bearing Geometry Variation Effect on Left Ventricular Assist Device Impeller Performance

Shirly Empaling, Ahmad Zahran Md Khudzari, Muhammad Rashidi Abdul Kadir, Kahar Osman, Akmal Hakim Mohamad Hudzari, Mohammad Hasbullah Padzillah, Ishkrizat Abdul Talib, Mohamed Ezani Abdul Taib, Aizai Azan Abdul Rahim

Page 86 - 101

**MLA**

Shirly, Empaling, et al. "Spiral Groove Bearing Geometry Variation Effect on Left Ventricular Assist Device Impeller Performance."

*CFD Letters*11.1 (2019): 86-101.

**APA**

Shirly, E., Ahmad Zahran, M. K., Muhammad Rashidi, A. K., Kahar, O., Akmal Hakim, M. H., Mohammad Hasbullah, P., Ishkrizat, A. T., Mohamed Ezani, A. T., & Aizai Azan, A. R.(2019). Spiral Groove Bearing Geometry Variation Effect on Left Ventricular Assist Device Impeller Performance.

*CFD Letters*, 11(1), 86-101.

**Chicago**

Shirly Empaling, Ahmad Zahran Md Khudzari, Muhammad Rashidi Abdul Kadir, Kahar Osman, Akmal Hakim Mohamad Hudzari, Mohammad Hasbullah Padzillah, Ishkrizat Abdul Talib, Mohamed Ezani Abdul Taib, and Aizai Azan Abdul Rahim."Spiral Groove Bearing Geometry Variation Effect on Left Ventricular Assist Device Impeller Performance."

*CFD Letters."*11, no. 1 (2019): 86-101.

**Harvard**

Shirly, E., Ahmad Zahran, M.K., Muhammad Rashidi, A.K., Kahar, O., Akmal Hakim, M.H., Mohammad Hasbullah, P., Ishkrizat, A.T., Mohamed Ezani, A.T., and Aizai Azan, A.R.,2019. Spiral Groove Bearing Geometry Variation Effect on Left Ventricular Assist Device Impeller Performance.

*CFD Letters*11(1), pp. 86-101.

**Vancouver**

Shirly E, Ahmad Zahran MK, Muhammad Rashidi AK, Kahar O, Akmal Hakim MH, Mohammad Hasbullah P, Ishkrizat AT, Mohamed Ezani AT, Aizai Azan AR. Spiral Groove Bearing Geometry Variation Effect on Left Ventricular Assist Device Impeller Performance. CFD Letters. 2019;11(1): 86-101.

Amira Lateef Abdullah, Suhaimi Misha, Noreffendy Tamaldin, Mohd Afzanizam Mohd Rosli, Fadhil Abdulameer sachit

Page 1 – 11

**MLA**

Amira, Suhaimi, et al. "Numerical Analysis of Solar Hybrid Photovoltaic Thermal Air Collector Simulation by ANSYS."

*CFD Letters*11.2 (2019): 1-11.

**APA**

Amira Lateef, A., Suhaimi, M., Noreffendy, T., Mohd Afzanizam, M. R., & Fadhil Abdulameer, S.(2019). Numerical Analysis of Solar Hybrid Photovoltaic Thermal Air Collector Simulation by ANSYS.

*CFD Letters*, 11(2), 1-11.

**Chicago**

Amira Lateef Abdullah, Suhaimi Misha, Noreffendy Tamaldin, Mohd Afzanizam Mohd Rosli, and Fadhil Abdulameer sachit."Numerical Analysis of Solar Hybrid Photovoltaic Thermal Air Collector Simulation by ANSYS."

*CFD Letters."*11, no. 2 (2019): 1-11.

**Harvard**

Abdul Amira Lateef, A., Suhaimi, M., Noreffendy, T., Mohd Afzanizam, M. R., and Fadhil Abdulameer, S.,2019. Numerical Analysis of Solar Hybrid Photovoltaic Thermal Air Collector Simulation by ANSYS.

*CFD Letters*11(2), pp. 1-11.

**Vancouver**

Amira Lateef A, Suhaimi M, Noreffendy T, Mohd Afzanizam MR, Fadhil Abdulameer S. Numerical Analysis of Solar Hybrid Photovoltaic Thermal Air Collector Simulation by ANSYS. CFD Letters. 2019;11(2): 1-11.

Comparison of Rod-Airfoil Noise Calculation between Large Eddy Simulation (LES) and Detached-Eddy Simulation (DES)

Siti Ruhliah Lizarose Samion, Mohamed Sukri Mat Ali

Page 12 - 20

**MLA**

Siti Ruhliah and Mohamed Sukri, et al. "Comparison of Rod-Airfoil Noise Calculation between Large Eddy Simulation (LES) and Detached-Eddy Simulation (DES)"

*CFD Letters*11.2 (2019): 12-20.

**APA**

Siti Ruhliah, L. S., & Mohamed Sukri, M. A.(2019). Comparison of Rod-Airfoil Noise Calculation between Large Eddy Simulation (LES) and Detached-Eddy Simulation (DES).

*CFD Letters*, 11(2), 12-20.

**Chicago**

Siti Ruhliah Lizarose Samion, and Mohamed Sukri Mat Ali."Comparison of Rod-Airfoil Noise Calculation between Large Eddy Simulation (LES) and Detached-Eddy Simulation (DES)."

*CFD Letters."*11, no. 2 (2019): 12-20.

**Harvard**

Siti Ruhliah, L. S., and Mohamed Sukri, M. A.,2019. Comparison of Rod-Airfoil Noise Calculation between Large Eddy Simulation (LES) and Detached-Eddy Simulation (DES).

*CFD Letters*11(2), pp. 12-20.

**Vancouver**

Siti Ruhliah LS, Mohamed Sukri MA. Comparison of Rod-Airfoil Noise Calculation between Large Eddy Simulation (LES) and Detached-Eddy Simulation (DES). CFD Letters. 2019;11(2): 12-20.

Numerical Solution on MHD Stagnation Point Flow in Ferrofluid with Newtonian Heating and Thermal Radiation Effect

Siti Hanani Mat Yasin, Muhammad Khairul Anuar Mohamed, Zulkhibri Ismail@Mustofa, Basuki Widodo, Mohd Zuki Salleh

Page 21 - 31

**MLA**

Siti Hanani, Muhammad Khairul, et al. "Numerical Solution on MHD Stagnation Point Flow in Ferrofluid with Newtonian Heating and Thermal Radiation Effect."

*CFD Letters*11.2 (2019): 21-31.

**APA**

Siti Hanani, M. Y., Muhammad Khairul, A. M., Zulkhibri Ismail, M., Basuki, W., & Mohd Zuki, S.(2019). Numerical Solution on MHD Stagnation Point Flow in Ferrofluid with Newtonian Heating and Thermal Radiation Effect.

*CFD Letters*, 11(2), 21-31.

**Chicago**

Siti Hanani Mat Yasin, Muhammad Khairul Anuar Mohamed, Zulkhibri Ismail@Mustofa, Basuki Widodo, and Mohd Zuki Salleh."Numerical Solution on MHD Stagnation Point Flow in Ferrofluid with Newtonian Heating and Thermal Radiation Effect."

*CFD Letters."*11, no. 2 (2019): 21-31.

**Harvard**

Siti Hanani, M. Y., Muhammad Khairul, A. M., Zulkhibri Ismail, M., Basuki, W., and Mohd Zuki, S.,2019. Numerical Solution on MHD Stagnation Point Flow in Ferrofluid with Newtonian Heating and Thermal Radiation Effect.

*CFD Letters*11(2), pp. 21-31.

**Vancouver**

Siti Hanani MY, Muhammad Khairul AM, Zulkhibri Ismail M, Basuki W, Mohd Zuki S. Numerical Solution on MHD Stagnation Point Flow in Ferrofluid with Newtonian Heating and Thermal Radiation Effect. 2019;11(2): 21-31.

Aerodynamics Investigation of Delta Wing at Low Reynold’s Number

Ilya Bashiera Hamizi, Sher Afghan Khan

Page 32 - 41

**MLA**

Ilya Bashiera and Sher Afghan. "Aerodynamics Investigation of Delta Wing at Low Reynold’s Number."

*CFD Letters*11.2 (2019): 32-41.

**APA**

Ilya Bashiera, H., & Sher Afghan, K.(2019). Aerodynamics Investigation of Delta Wing at Low Reynold’s Number.

*CFD Letters*, 11(2), 32-41.

**Chicago**

Ilya Bashiera Hamizi, and Sher Afghan Khan."Aerodynamics Investigation of Delta Wing at Low Reynold’s Number."

*CFD Letters."*11, no. 2 (2019): 32-41.

**Harvard**

Ilya Bashiera, H., and Sher Afghan, K.,2019. Aerodynamics Investigation of Delta Wing at Low Reynold’s Number.

*CFD Letters*11(2), pp. 32-41.

**Vancouver**

Ilya Bashiera H, Sher Afghan K. Aerodynamics Investigation of Delta Wing at Low Reynold’s Number. CFD Letters. 2019;11(2): 32-41.

Evaluation of Air Flow Pattern for Conceptual Design of Automotive Painting Line Using Computational Fluid Dynamic (CFD) for Better Dust Particle Reduction

Muhammad Hafizan Yosri, Pauziah Muhamad, Norfazrina Hayati Mohd Yatim

Page 42 - 49

**MLA**

Muhammad Hafizan, Pauziah, et al. "Evaluation of Air Flow Pattern for Conceptual Design of Automotive Painting Line Using Computational Fluid Dynamic (CFD) for Better Dust Particle Reduction."

*CFD Letters*11.2 (2019): 42-49.

**APA**

Muhammad Hafizan, Y., Pauziah, M., & Norfazrina Hayati, M. Y.(2019). Evaluation of Air Flow Pattern for Conceptual Design of Automotive Painting Line Using Computational Fluid Dynamic (CFD) for Better Dust Particle Reduction.

*CFD Letters*, 11(2), 42-49.

**Chicago**

Muhammad Hafizan Yosri, Pauziah Muhamad, and Norfazrina Hayati Mohd Yatim."Evaluation of Air Flow Pattern for Conceptual Design of Automotive Painting Line Using Computational Fluid Dynamic (CFD) for Better Dust Particle Reduction."

*CFD Letters."*11, no. 2 (2019): 42-49.

**Harvard**

Muhammad Hafizan, Y., Pauziah, M., and Norfazrina Hayati, M. Y.,2019. Evaluation of Air Flow Pattern for Conceptual Design of Automotive Painting Line Using Computational Fluid Dynamic (CFD) for Better Dust Particle Reduction.

*CFD Letters*11(2), pp. 42-49.

**Vancouver**

Muhammad Hafizan Y, Pauziah M, Norfazrina Hayati MY. Evaluation of Air Flow Pattern for Conceptual Design of Automotive Painting Line Using Computational Fluid Dynamic (CFD) for Better Dust Particle Reduction. CFD Letters. 2019;11(2): 42-49.

Modelling, Validation and Analyzing Performance of Serpentine-Direct PV/T Solar Collector Design

Fadhil Abdulameer sachit, Mohd Afzanizam Mohd Rosli, Noreffendy Tamaldin, Suhaimi Misha, Amira Lateef Abdullah

Page 50 - 65

**MLA**

Fadhil Abdulameer, Mohd Afzanizam, et al. "Modelling, Validation and Analyzing Performance of Serpentine-Direct PV/T Solar Collector Design."

*CFD Letters*11.2 (2019): 50-65.

**APA**

Fadhil Abdulameer, S., Mohd Afzanizam, M. R., Noreffendy, T., Suhaimi, M., & Amira Lateef, A.(2019). Modelling, Validation and Analyzing Performance of Serpentine-Direct PV/T Solar Collector Design.

*CFD Letters*, 11(2), 50-65.

**Chicago**

Fadhil Abdulameer sachit, Mohd Afzanizam Mohd Rosli, Noreffendy Tamaldin, Suhaimi Misha, and Amira Lateef Abdullah."Modelling, Validation and Analyzing Performance of Serpentine-Direct PV/T Solar Collector Design."

*CFD Letters."*11, no. 2 (2019): 50-65.

**Harvard**

Fadhil Abdulameer, S., Mohd Afzanizam, M. R., Noreffendy, T., Suhaimi, M., and Amira Lateef, A.,2019. Modelling, Validation and Analyzing Performance of Serpentine-Direct PV/T Solar Collector Design.

*CFD Letters*11(2), pp. 50-65.

**Vancouver**

Fadhil Abdulameer S, Mohd Afzanizam MR, Noreffendy T, Suhaimi M, Amira Lateef A. Modelling, Validation and Analyzing Performance of Serpentine-Direct PV/T Solar Collector Design. CFD Letters. 2019;11(2): 50-65.

Design and Analysis of Vortex Induced Vibration (VIV) Suppression Device

Syamsul Azry Md Esa, Wan Mohd. Arif Aziz Japar, Nor Azwadi Che Sidik

Page 66 - 80

**MLA**

Syamsul Azry,Aziz Japar, et al. "Design and Analysis of Vortex Induced Vibration (VIV) Suppression Device."

*CFD Letters*11.2 (2019): 66-80.

**APA**

Syamsul Azry, M. E., Aziz Japar, W. M. A., & Sidik, N. A. C.(2019). Design and Analysis of Vortex Induced Vibration (VIV) Suppression Device.

*CFD Letters*, 11(2), 66-80.

**Chicago**

Syamsul Azry Md Esa, Wan Mohd. Arif Aziz Japar, and Nor Azwadi Che Sidik."Design and Analysis of Vortex Induced Vibration (VIV) Suppression Device."

*CFD Letters."*11, no. 2 (2019): 66-80.

**Harvard**

Syamsul Azry, M. E., Aziz Japar, W. M. A., and Sidik, N. A. C.,2019. Design and Analysis of Vortex Induced Vibration (VIV) Suppression Device.

*CFD Letters*11(2), pp. 66-80.

**Vancouver**

Syamsul Azry ME, Aziz Japar WMA, Sidik NAC. Design and Analysis of Vortex Induced Vibration (VIV) Suppression Device. CFD Letters. 2019;11(2): 66-80.

CFD Analysis of Dual-Phase Flows Inside Helically Coiled Tubes in Vapour Compression Micro-Refrigerator

Parashurama Siddegowda, Govindegowda Mundur Sannappagowda, Srinath Mandya Sridharamuthy, Ramesha Devarahalli Kempegowda

Page 81 - 94

**MLA**

Parashurama, Govindegowda, et al. "CFD Analysis of Dual-Phase Flows Inside Helically Coiled Tubes in Vapour Compression Micro-Refrigerator."

*CFD Letters*11.2 (2019): 81-94.

**APA**

Parashurama, S., Govindegowda, M. S., Srinath, M. S., & Ramesha, D. K.(2019). CFD Analysis of Dual-Phase Flows Inside Helically Coiled Tubes in Vapour Compression Micro-Refrigerator.

*CFD Letters*, 11(2), 81-94.

**Chicago**

Parashurama Siddegowda, Govindegowda Mundur Sannappagowda, Srinath Mandya Sridharamuthy, and Ramesha Devarahalli Kempegowda."CFD Analysis of Dual-Phase Flows Inside Helically Coiled Tubes in Vapour Compression Micro-Refrigerator."

*CFD Letters."*11, no. 2 (2019): 81-94.

**Harvard**

Parashurama, S., Govindegowda, M. S., Srinath, M. S., and Ramesha, D. K.,2019. CFD Analysis of Dual-Phase Flows Inside Helically Coiled Tubes in Vapour Compression Micro-Refrigerator.

*CFD Letters*11(2), pp. 81-94.

**Vancouver**

Parashurama S, Govindegowda MS, Srinath MS, Ramesha DK. CFD Analysis of Dual-Phase Flows Inside Helically Coiled Tubes in Vapour Compression Micro-Refrigerator. CFD Letters. 2019;11(2): 81-94.

Computational Fluid Dynamics Analysis on Single Leak and Double Leaks Subsea Pipeline Leakage

Ong Yong Wei, Siti Ujila Masuri

Page 95 - 107

**MLA**

Ong, and Siti Ujila, et al. "Computational Fluid Dynamics Analysis on Single Leak and Double Leaks Subsea Pipeline Leakage."

*CFD Letters*11.2 (2019): 95-107.

**APA**

Ong, Y. W., & Siti Ujila, M.(2019). Computational Fluid Dynamics Analysis on Single Leak and Double Leaks Subsea Pipeline Leakage.

*CFD Letters*, 11(2), 95-107.

**Chicago**

Ong Yong Wei and Siti Ujila Masuri."Computational Fluid Dynamics Analysis on Single Leak and Double Leaks Subsea Pipeline Leakage."

*CFD Letters."*11, no. 2 (2019): 95-107.

**Harvard**

Ong, Y. W., and Siti Ujila, M.,2019. Computational Fluid Dynamics Analysis on Single Leak and Double Leaks Subsea Pipeline Leakage.

*CFD Letters*11(2), pp. 95-107.

**Vancouver**

Ong YW, Siti Ujila M. Computational Fluid Dynamics Analysis on Single Leak and Double Leaks Subsea Pipeline Leakage. CFD Letters. 2019;11(2): 95-107.

Mokhtar Ferhi, Ridha Djebali, Said Abboudi

Page 1 – 27

**MLA**

Mokhtar, Ferhi et al. "Conjugate Natural Convection in a Partitioned Square Cavity Filled with Al2O3-Water Nanofluid Based on Experimental Correlations: a Lattice Boltzmann investigation."

*CFD Letters*11.3 (2019): 1-27.

**APA**

Mokhtar, F., Ridha, D., & Said, A.(2019). Conjugate Natural Convection in a Partitioned Square Cavity Filled with Al2O3-Water Nanofluid Based on Experimental Correlations: a Lattice Boltzmann investigation.

*CFD Letters*, 11(3), 1-27.

**Chicago**

Mokhtar Ferhi, Ridha Djebali, and Said Abboudi."Conjugate Natural Convection in a Partitioned Square Cavity Filled with Al2O3-Water Nanofluid Based on Experimental Correlations: a Lattice Boltzmann investigation."

*CFD Letters."*11, no. 3 (2019): 1-27.

**Harvard**

Mokhtar, F., Ridha, D., Said, A., 2019. Conjugate Natural Convection in a Partitioned Square Cavity Filled with Al2O3-Water Nanofluid Based on Experimental Correlations: a Lattice Boltzmann investigation.

*CFD Letters*11(3), pp. 1-27.

**Vancouver**

Mokhtar F, Ridha D, Said A. Conjugate Natural Convection in a Partitioned Square Cavity Filled with Al2O3-Water Nanofluid Based on Experimental Correlations: a Lattice Boltzmann investigation. CFD Letters. 2019;11(3): 1-27.

Apple Convective Drying - Part I: Finite Elements Parametric Study for Appraising the Operating Conditions Effects

Wiem Nasri, Ridha Djebali, Marjan Goodarzi, Mohamed Ammar Abbassi, Said Abboudi

Page 28 - 41

**MLA**

Wiem, Nasri et al. "Apple Convective Drying - Part I: Finite Elements Parametric Study for Appraising the Operating Conditions Effects."

*CFD Letters*11.3 (2019): 28-41.

**APA**

Wiem, N., Ridha, D., Marjan, G., Mohamed Ammar, A., & Said, A.(2019). Apple Convective Drying - Part I: Finite Elements Parametric Study for Appraising the Operating Conditions Effects.

*CFD Letters*, 11(3), 28-41.

**Chicago**

Wiem Nasri, Ridha Djebali, Marjan Goodarzi, Mohamed Ammar Abbassi, and Said Abboudi."Apple Convective Drying - Part I: Finite Elements Parametric Study for Appraising the Operating Conditions Effects."

*CFD Letters."*11, no. 3 (2019): 28-41.

**Harvard**

Wiem, N., Ridha, D., Marjan, G., Mohamed Ammar, A., Said, A., 2019. Apple Convective Drying - Part I: Finite Elements Parametric Study for Appraising the Operating Conditions Effects.

*CFD Letters*11(3), pp. 28-41.

**Vancouver**

Wiem N, Ridha D, Marjan G, Mohamed Ammar A, Said A. Apple Convective Drying - Part I: Finite Elements Parametric Study for Appraising the Operating Conditions Effects. CFD Letters. 2019;11(3): 28-41.

Apple Convective Drying - Part II: Scrutinization of Monitoring Parameters Levels via Taguchi Optimization Approach

Wiem Nasri, Ridha Djebali, Marjan Goodarzi, Mohamed Ammar Abbassi, Said Abboudi

Page 42 - 54

**MLA**

Wiem, Nasri et al. "Apple Convective Drying - Part II: Scrutinization of Monitoring Parameters Levels via Taguchi Optimization Approach."

*CFD Letters*11.3 (2019): 42-54.

**APA**

Wiem, N., Ridha, D., Marjan, G., Mohamed Ammar, A., & Said, A.(2019). Apple Convective Drying - Part II: Scrutinization of Monitoring Parameters Levels via Taguchi Optimization Approach.

*CFD Letters*, 11(3), 42-54.

**Chicago**

Wiem Nasri, Ridha Djebali, Marjan Goodarzi, Mohamed Ammar Abbassi, and Said Abboudi."Apple Convective Drying - Part II: Scrutinization of Monitoring Parameters Levels via Taguchi Optimization Approach."

*CFD Letters."*11, no. 3 (2019): 42-54.

**Harvard**

Wiem, N., Ridha, D., Marjan, G., Mohamed Ammar, A., Said, A., 2019. Apple Convective Drying - Part II: Scrutinization of Monitoring Parameters Levels via Taguchi Optimization Approach.

*CFD Letters*11(3), pp. 42-54.

**Vancouver**

Wiem N, Ridha D, Marjan G, Mohamed Ammar A, Said A. Apple Convective Drying - Part II: Scrutinization of Monitoring Parameters Levels via Taguchi Optimization Approach. CFD Letters. 2019;11(3): 42-54.

Transition Thresholds and Routes to Unsteadiness of Magneto-Convective Flows in Tall Cavities at Low-Prandtl Number Fluids

Ridha Djebali, Said Abboudi Mohamed Ammar Abbassi

Page 55 - 71

**MLA**

Ridha, Djebali et al. "Transition Thresholds and Routes to Unsteadiness of Magneto-Convective Flows in Tall Cavities at Low-Prandtl Number Fluids."

*CFD Letters*11.3 (2019): 55-71.

**APA**

Ridha, D., Said, A., & Mohamed Ammar, A.(2019). Transition Thresholds and Routes to Unsteadiness of Magneto-Convective Flows in Tall Cavities at Low-Prandtl Number Fluids.

*CFD Letters*, 11(3), 55-71.

**Chicago**

Ridha Djebali, Said Abboudi, and Mohamed Ammar Abbassi."Transition Thresholds and Routes to Unsteadiness of Magneto-Convective Flows in Tall Cavities at Low-Prandtl Number Fluids."

*CFD Letters."*11, no. 3 (2019): 55-71.

**Harvard**

Ridha, D., Said, A., Mohamed Ammar, A., 2019. Transition Thresholds and Routes to Unsteadiness of Magneto-Convective Flows in Tall Cavities at Low-Prandtl Number Fluids.

*CFD Letters*11(3), pp. 55-71.

**Vancouver**

Ridha D, Said A, Mohamed Ammar A. Transition Thresholds and Routes to Unsteadiness of Magneto-Convective Flows in Tall Cavities at Low-PrandtlNumber Fluids. CFD Letters. 2019;11(3): 55-71.

Design, Analysis and Fabrication of A Mini-Sailplane for Didactic Purposes In the Area of Development of UAV’s/MAV’s

Mohd Danish, Zainul Arfin, Azhar Jamil, Syed Mohd. Yahya

Page 72 - 83

**MLA**

Mohd Danish et al. "Design, Analysis and Fabrication of A Mini-Sailplane for Didactic Purposes In the Area of Development of UAV’s/MAV’s."

*CFD Letters*11.3 (2019): 72-83.

**APA**

Mohd Danish, Zainul, A., Azhar, J., & Syed Mohd. Yahya.(2019). Design, Analysis and Fabrication of A Mini-Sailplane for Didactic Purposes In the Area of Development of UAV’s/MAV’s.

*CFD Letters*, 11(3), 72-83.

**Chicago**

Mohd Danish, Zainul Arfin, Azhar Jamil, and Syed Mohd. Yahya."Design, Analysis and Fabrication of A Mini-Sailplane for Didactic Purposes In the Area of Development of UAV’s/MAV’s."

*CFD Letters."*11, no. 3 (2019): 72-83.

**Harvard**

Mohd Danish, Zainul, A., Azhar, J., Syed Mohd. Yahya., 2019. Design, Analysis and Fabrication of A Mini-Sailplane for Didactic Purposes In the Area of Development of UAV’s/MAV’s.

*CFD Letters*11(3), pp. 72-83.

**Vancouver**

Mohd Danish, Zainul A, Azhar J, Syed Mohd. Yahya. Design, Analysis and Fabrication of A Mini-Sailplane for Didactic Purposes In the Area of Development of UAV’s/MAV’s. CFD Letters. 2019;11(3): 72-83.

Numerical Study of Heat Transfer Augmentation Using Pulse Jet Impinging on Pin Fin Heat Sink

Siddique Mohd Umair, Sher Afghan Khan, Abdulrahman Alrobaian, Emaad Ansari

Page 84 - 91

**MLA**

Siddique, Mohd Umair et al. "Numerical Study of Heat Transfer Augmentation Using Pulse Jet Impinging on Pin Fin Heat Sink."

*CFD Letters*11.3 (2019): 84-91.

**APA**

Siddique, M. U., Sher, A. K., Abdulrahman, A., & Emaad, A.(2019). Numerical Study of Heat Transfer Augmentation Using Pulse Jet Impinging on Pin Fin Heat Sink.

*CFD Letters*, 11(3), 84-91.

**Chicago**

Siddique Mohd Umair, Sher Afghan Khan, Abdulrahman Alrobaian, and Emaad Ansari."Numerical Study of Heat Transfer Augmentation Using Pulse Jet Impinging on Pin Fin Heat Sink."

*CFD Letters."*11, no. 3 (2019): 84-91.

**Harvard**

Siddique, M.U., Sher, A.K., Abdulrahman, A., Emaad, A., 2019. Numerical Study of Heat Transfer Augmentation Using Pulse Jet Impinging on Pin Fin Heat Sink.

*CFD Letters*11(3), pp. 84-91.

**Vancouver**

Siddique MU, Sher AK, Abdulrahman A, Emaad A. Numerical Study of Heat Transfer Augmentation Using Pulse Jet Impinging on Pin Fin Heat Sink. CFD Letters. 2019;11(3): 84-91.

Experimental Validation of Pressure Distribution Prediction under Delta Wing Apex Vortex at High Reynolds Numbers

Iddir Boumrar, Ridha Djebali

Page 92 - 102

**MLA**

Iddir, Boumrar et al. "Experimental Validation of Pressure Distribution Prediction under Delta Wing Apex Vortex at High Reynolds Numbers."

*CFD Letters*11.3 (2019): 92-102.

**APA**

Iddir, B., & Ridha, D.(2019). Experimental Validation of Pressure Distribution Prediction under Delta Wing Apex Vortex at High Reynolds Numbers.

*CFD Letters*, 11(3), 92-102.

**Chicago**

Iddir Boumrar, and Ridha Djebali."Experimental Validation of Pressure Distribution Prediction under Delta Wing Apex Vortex at High Reynolds Numbers."

*CFD Letters."*11, no. 3 (2019): 92-102.

**Harvard**

Iddir, B., Ridha, D., 2019. Experimental Validation of Pressure Distribution Prediction under Delta Wing Apex Vortex at High Reynolds Numbers.

*CFD Letters*11(3), pp. 92-102.

**Vancouver**

Iddir B, Ridha D. Experimental Validation of Pressure Distribution Prediction under Delta Wing Apex Vortex at High Reynolds Numbers. CFD Letters. 2019;11(3): 92-102.

Numerical Investigation of Possibility of using Shape Memory Alloy in Louvered Fins Radiators

Khobib Abdelhafeiz Mohamed, Obai Younis, Ahmed Kadhim Hussein

Page 103 - 116

**MLA**

Khobib Abdelhafeiz, Mohamed et al. "Numerical Investigation of Possibility of using Shape Memory Alloy in Louvered Fins Radiators."

*CFD Letters*11.3 (2019): 103-116.

**APA**

Khobib Abdelhafeiz, M., Obai, Y., & Ahmed Kadhim, H.(2019). Numerical Investigation of Possibility of using Shape Memory Alloy in Louvered Fins Radiators.

*CFD Letters*, 11(3), 103-116.

**Chicago**

Khobib Abdelhafeiz Mohamed, Obai Younis, and Ahmed Kadhim Hussein."Numerical Investigation of Possibility of using Shape Memory Alloy in Louvered Fins Radiators."

*CFD Letters."*11, no. 3 (2019): 103-116.

**Harvard**

Khobib Abdelhafeiz, M., Obai, Y., Ahmed Kadhim, H., 2019. Numerical Investigation of Possibility of using Shape Memory Alloy in Louvered Fins Radiators.

*CFD Letters*11(3), pp. 103-116.

**Vancouver**

Khobib Abdelhafeiz M, Obai Y, Ahmed Kadhim H. Numerical Investigation of Possibility of using Shape Memory Alloy in Louvered Fins Radiators. CFD Letters. 2019;11(3): 103-116.

Research on Pentamaran by Model Test and Theoretical Approach based on Michell’s Integral

Wiwin Sulistyawati, Yanuar, Agus Sunjarianto Pamitran

Page 117 - 128

**MLA**

Wiwin, Sulistyawati et al. "Research on Pentamaran by Model Test and Theoretical Approach based On Michell’s Integral."

*CFD Letters*11.3 (2019): 117-128.

**APA**

Wiwin, S., Yanuar, & Agus, S. P.(2019). Research on Pentamaran by Model Test and Theoretical Approach based on Michell’s Integral.

*CFD Letters*, 11(3), 117-128.

**Chicago**

Wiwin Sulistyawati, Yanuar, and Agus Sunjarianto Pamitran."Research on Pentamaran by Model Test and Theoretical Approach based on Michell’s Integral."

*CFD Letters."*11, no. 3 (2019): 117-128.

**Harvard**

Wiwin, S., Yanuar, Agus, S.P., 2019. Research on Pentamaran by Model Test and Theoretical Approach based on Michell’s Integral.

*CFD Letters*11(3), pp. 117-128.

**Vancouver**

Wiwin S, Yanuar, Agus SP. Research on Pentamaran by Model Test and Theoretical Approach based on Michell’s Integral. CFD Letters. 2019;11(3): 117-128.

Experimental and Numerical Study of the Effect of Varying Sinusoidal Bumps Height at the Leading Edge of the NASA LS (1)-0413 Airfoil at Low Reynolds Number

Bashir Isyaku Kunya, Clement O. Folayan, Gyang Yakubu Pam, Fatai Olukayode Anafi,Nura Muaz Muhammad

Page 129 - 144

**MLA**

Bashir Isyaku, Kunya et al. "Experimental and Numerical Study of the Effect of Varying Sinusoidal Bumps Height at the Leading Edge of the NASA LS (1)-0413 Airfoil at Low Reynolds Number."

*CFD Letters*11.3 (2019): 129-144.

**APA**

Bashir Isyaku, K., Clement, O. F., Gyang, Y. P., Fatai, O. A., & Nura Muaz, M.(2019). Experimental and Numerical Study of the Effect of Varying Sinusoidal Bumps Height at the Leading Edge of the NASA LS (1)-0413 Airfoil at Low Reynolds Number.

*CFD Letters*, 11(3), 129-144.

**Chicago**

Bashir Isyaku Kunya, Clement O. Folayan, Gyang Yakubu Pam, Fatai Olukayode Anafi, and Nura Muaz Muhammad."Experimental and Numerical Study of the Effect of Varying Sinusoidal Bumps Height at the Leading Edge of the NASA LS (1)-0413 Airfoil at Low Reynolds Number."

*CFD Letters."*11, no. 3 (2019): 129-144.

**Harvard**

Bashir Isyaku, K., Clement, O.F., Gyang, Y. P., Fatai, O.A., Nura Muaz, M., 2019. Experimental and Numerical Study of the Effect of Varying Sinusoidal Bumps Height at the Leading Edge of the NASA LS (1)-0413 Airfoil at Low Reynolds Number.

*CFD Letters*11(3), pp. 129-144.

**Vancouver**

Bashir Isyaku K, Clement OF, Gyang YP, Fatai OA, Nura Muaz M. Experimental and Numerical Study of the Effect of Varying Sinusoidal Bumps Height at the Leading Edge of the NASA LS (1)-0413 Airfoil at Low Reynolds Number. CFD Letters. 2019;11(3): 129-144.

Evaluation of Lift and Drag Force of Outward Dimple Cylinder Using Wind Tunnel

Muhammad Arif Dandan, Syahrullail Samion, Mohamad Nor Musa, Fazila M. Zawawi

Page 145 - 153

**MLA**

Muhammad Arif, Dandan, et al. "Evaluation of Lift and Drag Force of Outward Dimple Cylinder Using Wind Tunnel."

*CFD Letters*11.3 (2019): 145-153.

**APA**

Muhammad Arif, D., Syahrullail, S., Mohamad Nor, M., & Fazila, M. Z.(2019). Evaluation of Lift and Drag Force of Outward Dimple Cylinder Using Wind Tunnel.

*CFD Letters*, 11(3), 145-153.

**Chicago**

Muhammad Arif Dandan, Syahrullail Samion, Mohamad Nor Musa, and Fazila M. Zawawi."Evaluation of Lift and Drag Force of Outward Dimple Cylinder Using Wind Tunnel."

*CFD Letters."*11, no. 3 (2019): 145-153.

**Harvard**

Muhammad Arif, D., Syahrullail, S., Mohamad Nor, M., and Fazila, M.Z., 2019. Evaluation of Lift and Drag Force of Outward Dimple Cylinder Using Wind Tunnel.

*CFD Letters*11(3), pp. 145-153.

**Vancouver**

Muhammad Arif D, Syahrullail S, Mohamad Nor M, Fazila MZ. Evaluation of Lift and Drag Force of Outward Dimple Cylinder Using Wind Tunnel. CFD Letters. 2019;11(3): 145-153.

## ONLINE FIRST

Numerical Analysis of Solar Hybrid Photovoltaic Thermal Air Collector Simulation by ANSYS

Amira Lateef Abdullah, Suhaimi Misha, Noreffendy Tamaldin, Mohd Afzanizam Mohd Rosli, Fadhil Abdulameer sachit

Comparison of Rod-Airfoil Noise Calculation between Large Eddy Simulation (LES) and Detached-Eddy Simulation (DES)

Siti Ruhliah Lizarose Samion, Mohamed Sukri Mat Ali

Numerical Solution on MHD Stagnation Point Flow in Ferrofluid with Newtonian Heating and Thermal Radiation Effect

Siti Hanani Mat Yasin, Muhammad Khairul Anuar Mohamed, Zulkhibri Ismail@Mustofa, Basuki Widodo, Mohd Zuki Salleh

## MOST CITED ARTICLES

Scalar Tuning of a Fluid Solver using Compact Scheme for a Supercomputer with a Distributed Memory Architecture

Hikaru Aono, Taku Nonomura, Nobuyuki Iizuka, Takahiko Ohsako, Tomohide Inari, Yasutoshi Hashimoto, Ryoji Takaki, Kozo Fujii

Simulation of Incompressible Flows in Two-Sided Lid-Driven Square Cavities. Part I - FDM

Arumuga Perumal, Anoop K Dass

Numerical Simulation of Confined Vortex Flow Using a Modified k-epsilon Turbulence Model

Khalid M. Saqr, Hossam S. Aly,Malzan A. Wahid,Mohsin M. Sies

#### Journal Metrics

#### Types of Manuscript

**TUTORIAL**

Short communications describe, analyze and evaluate new CFD concepts, theories, methodologies, or modifications of existing methodologies. **See more**

**EDITORIALS**

Opinions, notes and critical views written by eminent international figures and experts in CFD, mainly upon invitation by the Editor-in-Chief or one of the editorial board members of the journal.

**LETTERS**

Short communications describe, analyze and evaluate new CFD concepts, theories, methodologies, or modifications of existing methodologies.

**SHORT RESEARCH ARTICLES**

Articles of reduced length, describing in-depth qualitative results obtained from a recent research with an emphasis on the interface between methods and applications.

**SPECIAL ISSUES**

Papers submitted to the special issues announced by CFD Letters should be assigned to this section.

#### Submit your manuscript

For the first time of manuscript submission (New Manuscript), please use the form below.

Submission of New Manuscript

Submission of Revised Manuscript

#### Guide for Authors

#### Guide for reviewers

Review form

#### Ethics in Publishing

View More