Team


Experimental And Finite Element Analysis of Geometric Parameters Effect on Auxetics Materials Mechanical Behavior Under Static Load

Numerical and static analysis of auxetic plate under static bending load

Finite element modeling quasi-static mechanical behavior of biodegradable biomaterials

Three dimensional design and finite element analysis of bone tissue engineering scaffold to improve mechanical properties

Design And Analysis Of Diaphragm Couplings And Finite Element Simulation

Analytical solution and finite element model of multilayer sandwich plate under bending using auxetic layers

Simulation of spherical pressure vessels of Abadan refinery with risk identification approach due to reservoir leakage and scenarios to deal with it

Numerical analysis and geometric optimization of a railway rail in order to improve the vibration-stress behavior with multi-objective methods

Design of Active Gyro Stabilizer’s Controller for a wind turbine


Thesis Title: Experimental And Finite Element Analysis  of  Geometric Parameters Effect on Auxetics Materials Mechanical Behavior Under Static Load

In this research, simulation and analysis of different geometric parameters of Auxetic cell structure was performed using finite element modeling. Verification of the results by empirical tests of the model produced by 3D printing technology and calculating transverse displacement by image processing.

Thesis Title: Numerical and static analysis of auxetic plate under static bending load 

In the presented thesis, numerical and static analysis of auxetic plate with reentrant structure under static bending and tensile loads are investigated. 

Thesis Title: Finite element modeling quasi-static mechanical behavior of biodegradable biomaterials

In this research, the mechanical behavior of quasi-static biomaterials of bio-degradable biomaterials is investigated. Changes in mechanical properties, including the Yang modulus of the location function, were considered. The effects of how the porosity is distributed were also shown in this study.


Thesis Title: Three dimensional design and finite element analysis of bone tissue engineering scaffold to improve mechanical properties 

In this thesis, a practical process with optimal precision for the design of bone tissue engineering scaffold is presented and the effect of unit cell geometry on the mechanical properties and surface characteristics of the scaffold is studied.