Outcome
Understand the fundamental principles and importance of vibration analysis
Identify various types of elements used for vibration analysis
Comprehend the step-by-step process involved in conducting a vibration simulation
Recognize the interdisciplinary nature of FEA and its critical role in product design and validation.
Differentiate between static, dynamic, structural, crash, vibrational, fatigue, and bolt pretension analyses.
Explore career opportunities and skill paths for becoming a successful FEA.
Report of the event
The session commenced with a warm welcome address by Dr. S. Dharani Kumar, who greeted the gathering and introduced the guest speaker. He emphasized the significance of understanding FEA and vibration analysis in modern engineering and how such knowledge is vital for aspiring design and analysis professionals. The lecture was delivered by Mr. Mohindh Ranga, an expert in FEA and structural simulation. He began the presentation by providing a comprehensive overview of vibration analysis, explaining its fundamental principles and importance in engineering design. He elaborated on how vibration analysis helps in predicting the behavior of components under dynamic loads, thereby ensuring reliability and performance. Mr. Ranga proceeded to identify the various types of elements used in vibration analysis, such as beam elements, shell elements, and solid elements, and explained how the appropriate selection of elements significantly influences simulation accuracy. The audience was then taken through the step-by-step process of conducting a vibration simulation, from geometry preparation and meshing to boundary condition application and result interpretation. Emphasis was placed on practical considerations and best practices for obtaining meaningful and reliable results. One of the highlights of the session was Mr. Ranga’s discussion on the interdisciplinary nature of FEA, integrating knowledge from material science, structural mechanics, and computational methods. He demonstrated how FEA plays a critical role in product design and validation, enabling engineers to predict and mitigate failure before physical prototyping. He also provided a clear differentiation between various types of analyses, including static, dynamic, structural, crash, vibrational, fatigue, and bolt pretension analyses, emphasizing their applications and relevance in different engineering domains. Toward the conclusion, Mr. Ranga explored career opportunities and skill paths for becoming a successful FEA professional. He advised students to develop strong fundamentals, gain hands-on experience with tools like ANSYS and Abaqus, and pursue continuous learning to stay updated with industry advancements. The session was highly interactive, with students actively engaging and posing insightful questions, which were addressed with practical examples and industry insights by the speaker. Dr. S. Dharani Kumar thanked Mr. Mohindh Ranga for his valuable insights and contribution to enriching the learning experience of the students.
21st Century Engineering College in Coimbatore
World is transforming everyday. In the rapidly evolving engineering landscape, we have an Increased responsibility to transform the engineering education from traditional curriculum to meet the 21st century skills like Creativity, Critical Thinking, Collaboration and Communication. Through our unique and strategic approach we enable our students to learn beyond and prepare them for life long success.
