Missile and Rocket Simulations in C++

🚀 Your Virtual Test Range: Missile and Rocket Simulations in C++ 🌐

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Course Headline:

Dive into the world of high-fidelity aerospace simulations with "Missile and Rocket Simulations in C++" – your gateway to mastering the art of virtual flight testing on your own computer.

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Course Description:

Take to the skies (or beyond!) without leaving your seat. In this advanced course, we'll harness the power of C++ to simulate missiles and rockets with a level of realism that rivals the complexity of actual flight dynamics. This is not for beginners; it's tailored for those with a robust understanding of aerodynamics, guidance, control systems, and C++ programming.

What You'll Get:

• Four Comprehensive Prototypes: Learn the ins and outs of an air-to-ground missile, an air-to-air missile, a surface-to-air missile, and a surface-to-space rocket.
• 17 Lectures & 24 Exercises: Engage with my detailed lectures and apply your knowledge through practical exercises using my tailor-made C++ simulations.

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Air-to-Ground Missile (AGM6): 🚀 Explore the capabilities of an AGM6 missile, complete with an infrared seeker for lock-on target acquisition. Discover how to model its aerodynamics in aeroballistic axes and analyze its performance using real-world scenarios. Plot trajectories and create performance footprints – your key to mastering this missile's behavior.

🎯 Key Concepts:

• Target maneuvers and missile lock-on mechanisms
• Aeroballistic axes for realistic aerodynamics
• Autopilot controllers for roll, rate, and acceleration
• Proportional guidance with an infrared seeker

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Air-to-Air Missile (AAM6): ✈️ Protect your aircraft from incoming threats by simulating the engagement of an AAM6 self-protection missile. Understand how to model different fidelities for the missile, aircraft, and attacking missile, each tailored to their operational requirements. Learn to explore the launch envelope and intercept accuracy through my AAM6 simulation.

🎯 Key Concepts:

• Modeling missiles and aircraft with varying degrees of freedom
• Simplified autopilots and kinematic seekers for realistic engagements
• Open-loop maneuvering and target radar tracking
• Multi-object engagement capabilities

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Surface-to-Air Missile (SAM6): 🛤️ Turn your computer into a defense system against incoming ballistic rockets and aircraft with the SAM6 simulation. Study ground radar acquisition, multi-object missile launches, and terminal engagements using infrared or radio frequency seekers. Experience how to run my SAM6 simulation and understand thrust-vector control and reaction jets in a solid rocket booster scenario.

🎯 Key Concepts:

• Ground radar acquisition and tracking
• Thrust-vector control and reaction jets for steering solid rocket boosters
• Linear tangent guidance law for precise orbital insertion
• Advanced navigation systems like GPS and star trackers

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Surface-to-Space Rocket (SSR6): 🚀 Aim for the stars with a three-stage solid rocket booster in my SSR6 simulation. Discover the intricacies of control without fins, using thrust-vector control and reaction jets instead. Learn how to manage the stringent on-orbital conditions using a sophisticated guidance scheme based on linear tangent guidance. Analyze the results with Monte Carlo simulations to determine insertion accuracy.

🎯 Key Concepts:

• Three-stage solid rocket booster dynamics
• Advanced guidance schemes for precise orbital insertions
• Monte Carlo simulations for probabilistic analysis and results interpretation

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Course Update (April 2024):

Stay ahead of the curve with updated simulations compatible with Microsoft Visual Studio 2022. My CADAC++ framework is now fully compatible with Windows 10 and 11, ensuring your simulations run smoothly on the latest systems.

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By the end of this course, you'll be equipped to host your own designs within the CADAC++ framework and perform virtual flight tests at your own virtual test range. Enroll now and take control of the skies and beyond! 🌤️🚀