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The 'Introduction to Finite Element Analysis' is a comprehensive online workshop organized by the American Society of Mechanical Engineers (ASME). This course is designed to provide engineers, particularly those in design, project, mechanical, and research & development roles, with a solid foundation in Finite Element Analysis (FEA). FEA is a
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crucial computational tool that allows engineers to simulate real-world conditions and identify vulnerabilities in design prototypes, making it an invaluable part of the engineering toolkit. The course consists of interactive digital content, video demonstrations, and online office hours for live assistance, ensuring that participants receive a robust learning experience.
Throughout the six-week course, participants will engage in approximately 24 hours of study, which will cover essential concepts and practical applications of FEA. The curriculum includes an overview of FEA techniques, methods for creating accurate approximations, and a hands-on introduction to using Abaqus, a widely recognized FEA software. Students will learn through a structured approach, beginning with simple concepts and progressing to more advanced topics. They will gain practical skills in conducting structural and thermal analyses and basic modal analysis using the software. No specific prerequisites are required, although a basic understanding of linear algebra and concepts related to strength of materials and elementary thermodynamics would be beneficial.
The workshop will cover various modules, including the basics of FEA without complex mathematical examples, detailed methodologies, and practical advice for competent FEA. Participants will receive access to an educational version of the Abaqus software, allowing them to apply what they learn in real-time. The instruction will be led by Dr. Scott Steinbrink, an Associate Professor of Mechanical Engineering at Gannon University, who holds a Ph.D. in Engineering Mechanics. Dr. Steinbrink’s extensive background in aerospace engineering and mechanics equips him to guide students effectively through the complexities of FEA. Overall, this course promises to enhance the skills of engineers by enabling them to optimize design processes and reduce the need for extensive prototyping, ultimately contributing to more efficient and effective engineering practices.
Throughout the six-week course, participants will engage in approximately 24 hours of study, which will cover essential concepts and practical applications of FEA. The curriculum includes an overview of FEA techniques, methods for creating accurate approximations, and a hands-on introduction to using Abaqus, a widely recognized FEA software. Students will learn through a structured approach, beginning with simple concepts and progressing to more advanced topics. They will gain practical skills in conducting structural and thermal analyses and basic modal analysis using the software. No specific prerequisites are required, although a basic understanding of linear algebra and concepts related to strength of materials and elementary thermodynamics would be beneficial.
The workshop will cover various modules, including the basics of FEA without complex mathematical examples, detailed methodologies, and practical advice for competent FEA. Participants will receive access to an educational version of the Abaqus software, allowing them to apply what they learn in real-time. The instruction will be led by Dr. Scott Steinbrink, an Associate Professor of Mechanical Engineering at Gannon University, who holds a Ph.D. in Engineering Mechanics. Dr. Steinbrink’s extensive background in aerospace engineering and mechanics equips him to guide students effectively through the complexities of FEA. Overall, this course promises to enhance the skills of engineers by enabling them to optimize design processes and reduce the need for extensive prototyping, ultimately contributing to more efficient and effective engineering practices.
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Timings09:00 AM-06:00 PM (expected)Not Verified | Entry FeesCheck Official Website |
Estimated Turnout100 - 500 Delegates Based on previous editions | Event TypeWorkshop |
EditionsMar 2025 Interested+11 more editions Frequency Quarterly | Official LinksWebsiteContacts Report Error Claim this event |
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Jun 092025
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