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Dr. Reza Jafari Nedoushan

Associate Professor of Mechanical Engineering

Welcome to Dr. Reza Jafari Nedoushan

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Office : Room 47, Department of Mechanical Engineering Email : rjafari@cc.iut.ac.ir Phone : +98 313 391 5227 Fax : +98 313 3915227 Web Site : Reza jafari Nedoushan

Associate Professor of Mechanical Engineering

Research Fields : Metamaterials

Ultralight composite structures

Meso scale modeling of preforms and composites

Micro-Macro Analysis of Deformation and Damage of Metals

Textile composites

Teaching

Recent Publications

Lightweight weft-knitted tubular lattice composite for energy absorption applications: An experimental and numerical study

Cost-Effective Method of Optimization of Stacking Sequences in the Cylindrical Composite Shells Using Genetic Algorithm

A new auxetic structure with enhanced stiffness via stiffened elliptical perforations

The crashworthiness performance of thin-walled ultralight braided lattice composite columns: Experimental and finite element study

Improvement of energy absorption of expanded metal tubular structures under compressive loads

Mechanical Properties of Glass-reinforced Composite /Perforated Metal Sheet Hybrids

Determining constitutive behavior of the brain tissue using digital image correlation and finite element modeling

Meso-macro numerical modeling of noncircular braided composite parts based on braiding process parameters

Control of Braid Pattern on Every Side of a Braided Composite Part Produced by Asymmetrical Braiding Process

Theoretical and experimental study of braid pattern in mandrels with arbitrary cross-sections

Prediction and optimization of yarn path in braiding of mandrels with flat faces

Prediction and Optimization of Yarn Path in Braiding of Mandrels with Flat Faces

Geometrical Modeling the Bi-axial Weft Knitted Fabrics Based on Rib Structure

Prediction of deformation behavior of interlock knitted fabrics in different directions using FEM

Prediction of elastic behavior of plain weft-knitted composites

Improving the Prediction of Part Thickness in Superplastic Forming Process of Ti–6Al–4V Alloy Using an Appropriate Constitutive Equation

The sources of the micro stress and strain inhomogeneity in dual phase steels

Improvement of Product Thickness Distribution in Gas Pressure Forming of a Hemispherical Part

Effects of inhomogeneous mechanical properties of the ferrite phase in dual phase steel’s behavior

Finite element modeling of damage evolution in cold pilgering process

Simulation of the Spherical Deformation of Biaxial Weft-Knitted Fabrics Using Meso and Macro Models

Numerical Simulating the Tensile Behavior of 1×1 Rib Knitted Fabrics Using a Novel Geometrical Model

Damage growth prediction in seamless tube manufacturing by cold three-roller tube rolling process

Dimensional Analysis of Semi-spherical Structure Forming for Ti-6Al-4V Alloy to Hydrostatic-Superplastic Method

Analysis of the mechanical response of a woven polymeric fabric with locally induced damage

Effects of Unbalance Force on Product Thickness Accuracy in Multi-Rolls Rotary-forming

Simulation of hot forming processes, using cost effective micro-structural constitutive Models

A micro-structural model for prediction of void initiation in superplastic forming of AA5083 aluminum alloy

Effect of strain rate and grain size on behavior of nanocrystalline materials

Effect of hydrostatic pressure on nano crystalline materials behavior

A micro-structural constitutive model for superplastic forming