In this case static analysis thermal analysis dynamic


The literature review has been done.

The project scope shows all whats needed (beginning of the document). Please use the identified software in the Project Scope and I also need the soft files.

Need the expert to add another 6000 words covering the other remaining parts in the project

1) No plagarism

2) Use Hazard referencing styles

3) Please dont duplicate the content in the literature review

4) Correct grammar - grammly

5) Please proffessional work

Project Scope

The purpose of this project is to demonstrate the capability of designing and performing calculations, FEM and computer simulations on a mechanical component (car piston) using commercial software. The project scope will be to investigate an engine piston for a Toyota. The first part will involve doing the geometry of the engine position i.e. using the measurements of a real Toyota piston. Only one piston will be investigated. Hypermesh or Ansys software will be used for the engine piston's geometry and the Finite Element Modelling.

The piston will be calculated with the use of Finite Element Modelling and Computer simulations. The desired outcomes are having a piston model and FEA results for modal, thermal, fatigue analysis, closed form solution (bending and torsion) and a detailed discussions on the results will be discussed in detail in the project.

In this case static analysis, thermal analysis, dynamic analysis and vibration analysis should perform to design output and complete design.

Find the result form designer module of Ansys example like In static analysis deformation and stress is a considerable factor for design outcome. For thermal analysis t need maximum temperature induce at the top surface and outer surface of piston, for vibration analysis it should be nature frequency of piston at extreme position considering the working condition of piston in I C engine. For fatigue analysis it should get result of life span of piston after the approximate year of working. (Montazersadgh, 2007)

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Mechanical Engineering: In this case static analysis thermal analysis dynamic
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