Courses and Educational Packages
Explore our Hypersonic Courses and Educational Packages
IHSAR Courses and Educational Packages:
Introduction to Hypersonic Flight: This course provides a foundational understanding of hypersonic flight principles, including aerodynamics, thermodynamics, and propulsion systems. Participants will explore the challenges and opportunities of hypersonic technology.
Hypersonic Materials and Structures: In this course, participants will learn about materials engineering for hypersonic applications, including high-temperature materials, thermal protection systems, and structural design considerations for extreme environments.
Advanced Hypersonic Propulsion: This course covers advanced concepts in hypersonic propulsion, including scramjets, ramjets, and innovative propulsion technologies. Participants will study propulsion system design, performance analysis, and integration with hypersonic vehicles.
Fundamentals of Hypersonic Simulation: Participants will learn the fundamental principles of hypersonic flow simulation, including governing equations, numerical methods, and modeling approaches.
Advanced Computational Techniques: The course covers advanced computational methods such as high-order numerical schemes, grid generation for complex geometries, and adaptive mesh refinement for resolving shock waves and boundary layers accurately.
Hypersonic Flow Physics: Participants will study the physics of hypersonic flows, including shock wave dynamics, boundary layer interactions, heat transfer, and chemical reactions. Emphasis will be placed on understanding flow regimes from subsonic to hypersonic speeds.
Validation and Verification: The program includes validation and verification techniques for hypersonic simulations, including comparison with experimental data, uncertainty quantification, and sensitivity analysis.
Simulation Case Studies: Participants will work on practical simulation case studies involving hypersonic vehicles, re-entry scenarios, scramjet engines, and other relevant applications. They will gain hands-on experience in setting up simulations, post-processing results, and interpreting data.
Best Practices and Simulation Guidelines: The course will cover best practices for conducting hypersonic simulations, including grid convergence studies, turbulence modeling selection, and simulation validation against experimental or flight data.
Ready To Get Certified ?
Institute for Hypersonic Simulation and Advanced Research (IHSAR)