Alireza Sadeghirad - Amirkabir University of Technology

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Amirkabir University of Technology

Alireza Sadeghirad

Alireza Sadeghirad

Assistant Professor
Department of Civil and Environmental Engineering
Structural and Earthquake Engineering

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Email:

sadeghirad

aut.ac.ir

Phone:

+982164543051

h-index (Scopus):

10

Citations (Scopus):

597

Research Interests

#

Title

Start date

1

Fracture & fatigue mechanics

2

Nonlinear solid mechanics

3

Plasticity & crystal plasticity models

4

Numerical technology development (MPM, IGA, XFEM, Phase Field, Multiscale Ab-initio/MD/Micromechanics/Continuum)

5

Parallel Computing (Cross-platform highly-object-oriented generic C++, OpenMP & MPI for CPU, CudaC for GPU)

Supervised MSc Theses

#

Thesis title

By

Date

1

Application of a meso-scale phase field model to investigate the effects of mortar/aggregate interactions on crack initiation, growth, and branching in concrete

Mazhar Ghorbani &

September 2023

2

Investigation of the effects of different damage functions in phase field modeling of crack in concrete

Sajad Farhadi &

May 2023

3

Enhancement of energy conservation properties of material point method MPM using the CPDI based local mesh refinement

Nasrin Kheirkhah &

March 2022

4

Improvement of the classical theory of fracture mechanics based on the theory of material instability to enable accurate simulation of cracks in graphene

Mohammad Madadi &

September 2021

5

Development of continuum fracture models for 2D nanomaterials to study their reinforcing effects as an additive in concrete

Babak Mosavi &

May 2021

Journal Papers

Portal Records

1

Babak Mosavi, Mahdi Akhtarian, , Vahid Lotfi, "Effects of graphene-oxide and nanosilica on the wear resistance and strength of self-consolidating high-strength cement mortar", Advances in Materials and Processing Technologies, January 2024 Vol. 10, Num. 1, Page 1-15, January 2024,

2

, "B-spline convected particle domain interpolation method", ENGINEERING ANALYSIS WITH BOUNDARY ELEMENTS, January 2024 Vol. 160, Num. 1, Page 106-133, January 2024,

3

Babak Mosavi, , Vahid Lotfi, "A computational investigation of applicability of nonlinear fracture mechanics in nano-scale fracture of graphene", Materialstoday Communications, May 2022 Vol. 31, Num. 1, Page 103687-103687, May 2022,

Taught Courses

#

Course title

Description

Headlines

Date

1

Fracture Mechanics

Griffith’s theory, Classical linear and nonlinear fracture mechanics, Fatigue, Computational methods

Spring 2024

2

Theory of Structure (I)

Stability and indeterminacy, Influence lines, Deflection of the structures; Analysis of the indeterminate structures

Spring 2024

3

Large Deformations of Solids Theory

This course provides an introduction to the basic elements of continuum mechanics (in the presence of large deformations) in a sufficiently rigorous manner

Fall 2023

4

Theory of Structure (I)

Stability and indeterminacy, Influence lines, Deflection of the structures; Analysis of the indeterminate structures

Fall 2023

5

Theory of Structure (I)

Stability and indeterminacy, Influence lines, Deflection of the structures; Analysis of the indeterminate structures

Spring 2023

6

Theory of Structure (I)

Stability and indeterminacy, Influence lines, Deflection of the structures; Analysis of the indeterminate structures

Spring 2023

7

Fracture Mechanics

Griffith’s theory, Classical linear and nonlinear fracture mechanics, Fatigue, Computational methods

Spring 2023

8

Theory of Structure (I)

Stability and indeterminacy, Influence lines, Deflection of the structures; Analysis of the indeterminate structures

Fall 2022

9

Theory of Structure (I)

Stability and indeterminacy, Influence lines, Deflection of the structures; Analysis of the indeterminate structures

Fall 2022

10

Large Deformations of Solids Theory

This course provides an introduction to the basic elements of continuum mechanics (in the presence of large deformations) in a sufficiently rigorous manner

Fall 2022