## Advancing UAV Performance with ANSYS Multiphysics Simulation
As unmanned defense technologies continue to evolve, the ability to accurately predict and optimize performance across multiple physical domains has become essential for mission success. Join us for an exclusive technical webinar where industry experts will demonstrate how ANSYS Multiphysics Simulation enables engineers to address critical challenges in UAV design, stealth optimization, payload deployment, and survivability.
The session will begin with an overview of advanced Radar Cross-Section (RCS) prediction and stealth analysis techniques, showcasing how simulation can help minimize detectability and improve mission effectiveness. Attendees will then explore store separation and safe release trajectory simulations, gaining insights into ensuring reliable payload deployment under complex aerodynamic conditions.
The webinar will also feature a deep dive into ballistic impact and high-velocity penetration dynamics, highlighting how advanced structural simulations can be used to evaluate survivability and performance under extreme operational environments. Through real-world engineering workflows and application examples, participants will discover how integrated electromagnetic, fluid, and structural simulations help reduce development risks while accelerating innovation.
The session concludes with an interactive Q&A, where attendees can engage directly with ANSYS experts to discuss specific technical challenges and learn best practices for implementing simulation-driven design strategies.
Don’t miss this opportunity to discover how leading aerospace and defense organizations are leveraging ANSYS Multiphysics Simulation to enhance UAV safety, stealth capabilities, performance, and mission readiness while reducing reliance on costly physical prototyping.
What Attendees Will Learn
Understand the fundamentals of Radar Cross-Section (RCS) prediction and stealth analysis for unmanned aerial systems.
Learn how to simulate store separation and safe release trajectories to ensure reliable payload deployment.
Explore advanced techniques for analyzing ballistic impact and high-velocity penetration dynamics.
Discover how integrated electromagnetic, fluid, and structural simulations improve UAV performance and survivability.
Gain insights into reducing design risks and development costs through virtual prototyping.
Learn best practices for optimizing UAV safety, speed, range, and mission effectiveness.
Understand how leading aerospace and defense organizations accelerate innovation using ANSYS simulation technologies.
Participate in a live Q&A session to address specific engineering challenges with industry experts.
🎤 Speakers
Vaibhav V K
FEA Specialist
Dr. Surendra V
CFD Specialist
🎤 Guest Speakers
Shubendra Mishra
Application Engineer HF
