(ISSN: 2349-2082)

International Journal For Ignited Minds
 Published Article
Static Analysis of Punch and Die Used For LSV Link Bracket Using SolidWorks
Nagesh H R , & Sannamani L G
This project gave importance to the methodologies which is used to simulate whole static analysis of aerospace sheet metal components and the study of how different mechanical properties propagate and influence the component fabrication. Since sheet metal forming is a major constituent of a wide range of products it is vital to work on methodologies that enable detailed evaluation of forming processes. Developments in computer-aided engineering have made simulation-based process and product development efficient and useful since it allows for detailed, rapid evaluation of the capabilities and qualities of both process and product. Simulations of individual forming processes are useful in gaining the complete sequence of a product's forming processes. Simulation-based forming is a product development methodology that aims at minimizing the physical testing of prototypes and manufacturing systems by using computer aided engineering (CAE) tools to evaluate the performance of a component. Finite element (FE) analysis is an indispensable CAE tool used to predict the performance of both the component and its manufacturing process.
Finite Element Analysis, Bending, Forming, NX one step Formability.
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