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Dr. Shahriar Mansourzadeh

Asisstant Professor of Isfahan University of Technology, Subsea Research & Development Cemter

Welcome to Dr. Shahriar Mansourzadeh

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Office : Isfahan University of Technology, P.O.Box 134- Postal Code 84156-86224, Isfahan- IRAN Email : shahriar@iut.ac.ir Phone : +98 31 3391 2269, 3391 2519 Fax : +98 31 3391 2518 Web Site : Dr. Shahriar Mansourzadeh

Assisstant Professor

Research Fields : Computational fluid dynamics (CFD)

Experimental fluid dynamics (CFD)

Wave energy harvesting

Recent Publications

A rectified unidirectional rotary PTO for two-body wave energy converters

Experimental and numerical study of a novel unidirectional mechanical power take-off system for two-body wave energy converters

A study on the performance of circular and rectangular submerged break waters using nun-uniform FGVT method

Dimensional optimization of a two-body Wave energy converter using response surface methodology

Numerical and experimental study of the hydrodynamic coefficients and power absorption of a two-body point absorber wave energy converter

A new CFD method for determination of translational added mass coefficients of an underwater vehicle

Experimental modeling of the interaction between waves and submerged flexible mound breakwaters

Determination of Drag and Lift Related Coefficients of an AUV Using Computational and Experimental Fluid Dynamics Methods

Hydrodynamic characteristic curves and behavior of flow around a surface-piercing propeller using computational fluid dynamics based on FVM

A Computational Fluid Dynamics Investigation on the Drag Coefficient Measurement of an AUV in a Towing Tank

Experimental Study on Reflection Coefficient of Curved Perforated Plate

Evaluation of Moonpool Effects on Hydrodynamic Resistance of a Supply Vessel Using Experimental and Numerical Methods

Calculation of Linear Damping Coefficients by Numerical Simulation of Steady State Experiments

Hydrodynamic Analysis of Autonomous Underwater Vehicle (AUV) Flow Through Boundary Element Method and Computing Added-Mass Coefficients

An Investigation of Free Surface Effects on Drag and Lift Coefficients of an Autonomous Underwater Vehicle (AUV) Using Computational and Experimental Fluid Dynamics Methods

Numerical and Analytical Investigation on Accelerated motion of an Underwater Vehicle

Determination of a plunger type wave maker characteristics in a towing tank

Hydrodynamic Coefficient and their measurement methods

Numerical investigation of bubbling gas-solid fluidized bed dynamics in 2-Dgeometries

Numerical Modeling of Gas-Solid Fluidized beds Using the Two Fluid Approach

A Study of Bubbling and Slugging Fluidized Beds Using the Two-Fluid Granular Temperature Model

Finite Element Simulation of Incompressible Flow Past a Heated/Cooled Sphere

Calculation of Linear Added mass Coefficients for a submerged vehicle Using Numerical and Analytical Methods