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Modeling and Analysis

Simulation projects

In the field of mechanics, collision, explosion, composite materials, optimization and ...











simulation circle




car accident test



Simulation of flexible Road shields (Guard rail) and vehicle crash test


The simulation was performed by using ANSYS Autodyn 15 software.
In these projects the energy levels and the amount of deformation of Guard rails have been investigated with respect to the related standards.












simulation of explosion shock effects on marine vessels

coupling of AUTODYN environment to Explicit Dynamics environment
Create an Euler part and related operations
Enter the TNT blast area
The definition of different interactions in AUTODYN







Ship blast



propeler




Structural Analysis and optimization of forged carbon composite propeller by ANSYS and Design Expert

Develop a procedure to optimize the parameters of thickness and angle
Using direct mapping aerodynamic loads on the model
Eliminate the error of the load mapping in the traditional way
Using Fit Function and Genetic Algorithm to optimize the structure











Multi-objective optimization using experimental design and response surface analysis

Set parameters for multi-objective optimization
Create the design parameters within parameters set by experimental design
Response surface analysis and conducting optimization process
Apply Optimal conditions on the model and view the results







junction
vessel


Modeling and simulation of heat exchangers through simultaneous mechanical and thermal analysis

Using relevant standards to determine exerted Loads to the heat exchanger
Geometry modeling by using available engineering drawings
Transfer the model to the ANSYS Mechanical and perform initial configurations
Definition of components interaction, initial, boundary conditions and loadings
Segmentation of model boundaries for making appropriate mesh network







Design and optimization of the manufacturing process of composite boats in ANSYS Fluent software, using genetic algorithms and response surface methods

Modeling boat mold for use in composite boats manufacturing process
Determining the optimal resin input and output alignment for the existing models
Using genetic algorithm in Matlab and coupling it to the ANSYS Fluent
Using experimental design and response surface methods to reduce resin losses




fast boat

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