علي ابراهيمي بسابي

This study investigates the impact of shock waves and their response to impact loading on welded components under the vehicle structure and analyzes the analysis caused by these waves on the welded structure. This project specifically focuses on the eva‎luation of weld retention in the face of shock wave loading through explosion simulation and analysis using Abaqus software. The project involves the development of a finite element model of welded plates followed by simulation of shock wave loading to eva‎luate its effects on the joints. Through this analysis, the project aims to gain a deeper understanding of how shock waves affect the integrity of welded parts and identify potential vulnerabilities or areas for improvement in maintenance practices. Using advanced simulation techniques in Abaqus, this study seeks to provide valuable insights that can help increase the durability of welded components in automotive structures. Ultimately, findings from this research effort have the potential to enhance the development of more effective maintenance strategies for welding in automotive applications.

موج شوك , جوشكاري , موج انفجار , بارضربه اي

Shockwave , Welding , Blast-wave , Energy-Absorption

ali ebrahimi basabi

dr.javad marzbanrad