Fluid analysis on U21ME601 Finite element analysis, KPR Institute Engineering and Technology, Autonomous Engineering Institution, Coimbatore, India

Outcomes

·       Participants gained in-depth knowledge of the principles, applications, and significance of Finite Element Analysis and Computational Fluid Dynamics in engineering.

·       The session highlighted how virtual engineering leverages simulation tools to design, test, and optimize products, reducing reliance on physical prototypes.

·       Attendees learned about practical uses of FEA and CFD in structural analysis, thermal analysis, dynamic simulations, and fluid flow studies.

·       The lecture provided valuable information on potential job roles in CFD-related fields, especially within the aerospace, automotive, and energy sectors.

Report

The session commenced with a warm welcome address by Dr. S. Dharani Kumar, who greeted the gathering and introduced the guest speaker, Mr. P. Balamurugan, Project Engineer at Einnel Technology, Chennai. Mr. Balamurugan delivered an insightful lecture, elaborating on the significance and applications of FEA and CFD in modern engineering. He explained that FEA is a numerical technique used to simulate physical phenomena, including structural, thermal, and dynamic behaviors of materials and components. He further clarified that CFD is a specialized branch of FEA that focuses on analyzing fluid flow and heat transfer, and plays a vital role in various industrial sectors. The lecture highlighted the role of virtual engineering, which leverages tools like FEA and CFD to design, test, and optimize products without the need for extensive physical prototyping. Mr. Balamurugan explained the concepts of finite elements as discrete parts of a system and infinite elements as mathematical tools used to represent unbounded domains. He also discussed the numerical methods involved in solving problems using summation and integration of infinite elements. Practical applications of FEA in real-time scenarios such as structural analysis, thermal analysis, and dynamic simulations were discussed. Mr. Balamurugan also shed light on career opportunities in CFD, including roles like simulation engineer, research scientist, and design engineer, particularly in industries such as aerospace, automotive, and energy. He emphasized that mastering FEA and CFD empowers professionals to participate in virtual product development, thereby significantly reducing the cost and time associated with physical prototyping. The session concluded with an interactive Q&A segment, where students enthusiastically participated and clarified their doubts.The department extends its heartfelt thanks to Mr. P. Balamurugan for his valuable time and knowledge, and to Dr. S. Dharani Kumar for organizing the event successfully.