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

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

This work aims to present the use of FEM in the analysis and design of an auxiliary device for the torque of the piston fixing nuts in hydraulic cylinders.

Case covered in the Academics Week of Mechanical Engineering - SAEM2018, Brazil. https://saem.unifesspa.edu.br/

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.

The aim is to dimension the mast of a light pole of 11 meters high with variable diameters. The implementation of the project will be in the patio of Raízen in Marabá-BR, located on the railroad.

This simulation aims at identifying hot spots in the design of a snow shield that's supposed to be used on a hand-operated snow clearing machine. 
The snow shield is made of steel and will be supporting an horizontal and static load of 80 kN and its attachments will be fixed.
This process will help to improve and optimise the design

The strength of components is an important requirement in understanding a products performance lifecycle and possible failure modes. Tractors and other agricultural equipment are used in rough terrain and under tough conditions. Immense forces are created when the heavy equipment is in operation. The machinery must endure loads that can be possible miscreated by error of the operators. Those loads bring the tractors to operate outside of their normal operating conditions. So misuse loading simulations is a must in any product development cycle.

The aim is to compare the clamping force of two headphones made using PVC and polypropylene.

The effect of the truss thickness on the maximum stress in the arm.

A model of a steel chain link is put on stress testing, provided the both ends are loaded . This test is a conceptual inspiration from cycle chains , it is that once the rider pedals his cycle each chain links undegoes a load distribution on them from pedals through socket on to the chain links and to the rear gear. The idea is simple and fun.

A bearing supported steel shaft is investigated in this static simulation.
The goal of the project is to check whether the welded discs' can bear the fatigue loads and whether the keyway's load is in the acceptable range.

A simple static analysis is used in this case because the shaft is static and slowly rotating during operation. Inertial loads can be neglected.

Details:

In this real life engineering task there is a steel shaft with two discs welded on it. There are arms connected to the discs (not visible) which provide torque loads. The shaft is supported by means of bearings. The rotation is provided by the means of gear motor which weight is loaded on the shaft and locks the remaining degree of freedom of the system.

The dimensions are constrained by the actual design and the main parameters (shaft main diameter, bearing type) have been pre-defined. Some hand made calculations were also done which take into account the effect of stress concentration. This calculations then need to be compared to the simulation results.

Critical points are the welded discs and the keyway.

Pipe safety assessment against thermal load.

Structural analysis of a plastic part under working load conditions  - POM 
Linear Elastic
Static Analysis

Fruit basket Structural simulation ,the force are stimated for 5 basket charged on the base basket.(100 N/ basket)

Frame will be used to hold the front two battery boxes and the DMOC.  See lopified.blogspot.com for car details.

Evaluate different types of snap joint: Cantilever, U-Shaped, Torsional and Annular

This is a comparison between the results of Simscale and the hand calculus for a simple beam

This project was done in order to investigate structural integrity of the designed clamping mechanism.

Original project of @vnguyen.

This project demonstrates the static stress analysis of three aircraft engine bearing bracket models considering both linear and nonlinear material definition. The models used in this analysis are taken from GrabCAD users who were the winners of GrabCAD 'Airplane Bearing Bracket Challenge'. The models are tested with horizontal and vertical loading conditions as provided on the challenge page of GrabCAD.

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