Teaching Solid Mechanics with Ansys

Teaching Solid Mechanics doesn’t have to be all equations and lectures. Imagine if your students could see stress, strain, and deformation in real time—and connect theory directly to real-world engineering.

Join our webinar, “Teaching Solid Mechanics with Ansys,” and discover how interactive simulations can transform your teaching:

Make core mechanics concepts visual and engaging
Bridge theory with hands-on virtual experiments
Access ready-to-use classroom examples and resources

Whether you’re teaching introductory courses or advanced design, you’ll leave with practical ideas to bring simulation-driven learning into your classroom.

Date/Time:
January 26, 2026
11 AM EST

Venue:
Virtual

Register Now

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Overview

Solid Mechanics forms the foundation of mechanical and structural engineering education yet bridging the gap between theory and real-world application remains a key challenge in the classroom. In this webinar, Teaching Solid Mechanics with Ansys, we’ll explore how educators can leverage simulation tools to bring fundamental concepts—such as stress, strain, deformation, and failure—alive through interactive, visual learning experiences.

Participants will see how Ansys enables students to connect equations to engineering intuition, perform hands-on virtual experiments, and develop deeper insights into how materials and structures behave under loading. Whether you’re teaching introductory courses or advanced design, this session will share ideas, examples, and ready-to-use resources to bring simulation-driven learning into your classroom.

What Attendees Will Learn

Use Ansys simulations to make Solid Mechanics concepts visual and interactive.
Bridge theory with real-world engineering through virtual experiments.
Access ready-to-use teaching materials and classroom examples.
Boost student engagement and learning outcomes with simulation-driven instruction.
Support experiential learning outcomes and accreditation goals (ABET, CDIO, etc.).

Who Should Attend

Professors and educators teaching courses in mechanical, aerospace, biomedical, and civil engineering; as well as students who are interested in learning about examples and topics.

Speakers

Dr. Hesam Moghaddam
Sahil Sura