Researchers, Developers and Staffs
Naghi ESMAEILI KELISHOMI Naghi ESMAEILI KELISHOMI


Research Themes

Structural analysis of multi-materials

Research Subjects and Results

2D and 3D Visualizaion and reconstruction of actual microstructure of multi-materials utilizing micro-CT or serial sectioning methods
2D and 3D Finite Element modeling of multi-materials
Ductile fracture and fatigue analysis of metallic multi-phase materials
Structural analysis of cast iron
Simulation of micro-indentation Vickers test

Future Target

New/Advanced metallic composite design utilizing VCAD-based software
Using VCAD -developed software for the 3D reconstruction of the micro-structure of multi-phase materials
Using VCAD -developed software for FE modeling of multi-materials

VCAD Public Software

V-MultiMat Ver. 1.0

Software Block Page


Selected Publications

【Papers】
Esmaeili K. N., Alves L., Teodosiu C.
Visualization and finite element modeling of complex 3D pore morphologies in cast product
153rd Conf. of Japan Foundry Engineering Society (2008)

Esmaeili K. N., Alves L., Teodosiu C.
Mechanical modeling and finite element analysis of porous cast products,
J. of The Japan Society for Precision Engineering, Vol.74; No.12, pp1273-1277 (2008)

Esmaeili K. N., Alves L., Teodosiu C.
Simulation of Vickers micro-indentation tests on dual-phase steelutilizing VCAD-Based Software,
The Institute of Physical and Chemical Research (RIKEN), Proc. of VCAD-2009 Symposium, pp 66-68, (2010)

Alves L., Esmaeili K. N., Teodosiu C.
Numerical simulation of the ductile fracture of multi-phase materials by V-MultiMat,
The Institute of Physical and Chemical Research (RIKEN), Proc. of VCAD-2009 Symposium, pp 64-65, (2010)

Esmaeili K. N., Alves L., H. Shuto, D. Maeda, T. Matsuno,
Simulation of the Vickers test on dual-phase steels taking into account the depth profiling of microstructures,
The Institute of Physical and Chemical Research (RIKEN), Proc. of VCAD-2010 Symposium, pp 165-168 (2011)

Alves L., Esmaeili K. N., Teodosiu C.
Modeling and simulation of decohesion phenomena in dual-phase steels, by using V-MultiMat
The Institute of Physical and Chemical Research (RIKEN), Proc. of VCAD-2011 Symposium, pp 169-172 (2011)

Selected Publications Page