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Air Condition Heat Exchanger- Thermo-structural simulation whit normal operation

This project acts as the demonstration template for the FEA professional training (Session 4) of the SimScale Academy - https://www.simscale-academy.com/

Finite Elements Analysis of the stress distribution and deformation of a road pavement section, including the top Hot Mixture  Asphalt and lower layers of different materials. The goal is to replicate results in a published paper, where the method is used to estimate HMA stiffness module from field measured stress and deformation values.

The main aim of the project was trying to find stress and total displacement on the surface and check with experimental results. In this project, F1 halo is simulated in two different static load condition and for that use SIMULATION TYPE was STATIC. The halo is a driver crash protection system used in open wheel racing series which consists of a curved bar placed to protect the drivers head. The system was introduced in 2015 and became mandatory according to FIA homologation and regulation from 2018.

This bracket is designed to attach a base plate to another quad plate.

Thermomechanical Analysis of ICE Input Shaft

still a beginner trying to understand fea

Model frequency vs vortex shedding frequency around a building

This project acts as the template for the biomedical workshop of the SimScale Academy - https://www.simscale-academy.com/

This project acts as the demonstration template for the FEA professional training of the SimScale Academy - https://www.simscale-academy.com/

The project's goal is to investigate different infill types' effect on 3D printed parts' strength.  Reducing infill percentage will significantly lower printing times as well as weight and material costs but what about strength and stress. Different infills may serve different purposes, there are many literature on the topic. 

A 30mm3 cube with full infill is the reference and different infill types with 50 and 25 percent infill ratio are compared with it. 

Static analysis is to be made. 1N tensile load is to be applied on the top plane while the other plane is fixed. Maximal stress and deflection values are to be checked.

Please note that as 3D printed parts are build of layers, the anisotropic behavior has significant impact on parts' performance as well as different parameters like printing material, temperature, perimeter shell number, just to name a few.

simulate the plastic deformation happening in a thick steel plate

The aim of this project is to investigate the heat transfer through the assembly to get insights about the temperature distribution within the extruder

This is a demonstration template used for the SimScale pitch at my university in cooperation with the institute of product engineering.

Goal:
Evaluation and Comparison of Stress Distributed at Bone Implant Interface  with MiniScrew of Different lengths , inserted at different angles with different cortical thickness

This is a test project for the famous Falcon Heavy Rocket

FEA on attachment plate joining lifting jacks to rooftop frame assembly

Pressure vessel- Structural simulation, lifting and operating conditions

This projects is used as a template for the professional training on a heat transfer problem. An analytical approach is derived step-by-step and numerical results will be validated.

Large Structure- Static Structural Analysis

In this project, on can take a closer look on stress distribution (especially the main axis stress difference) in a disc-shaped body under load as in the experiment Polarisation II (Photoelasticity) in Physics laboratory class.

In this project I will simulate a Load Cell in a FEA simulation to determine the stress when a force is applied.

Tutorial project for linear static analysis of a crane

Bolted connection simulation, for a typical flanged cover, as those encountered in API manhole nozzles. An axisymmetrical 3D model is employed to save on simulation time. Both linear and non-linear contact models are used for the bolted assembly.

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