Advanced Ballistic Physics Simulation by Dr. Reza Ashkarian

Professional Sniper Ballistics Training Tool

This advanced ballistic simulation, developed by Dr. Reza Ashkarian (دکتر رضا اشکریان), provides a comprehensive physics-based training environment for marksmanship and ballistics education. The simulation accurately models real-world projectile motion with consideration for numerous environmental factors.

Key Features of the Simulation:

• Realistic Ballistics Physics: Calculates projectile trajectory using Newtonian mechanics with drag, gravity, and air resistance
• Environmental Effects: Models wind, temperature, humidity, and altitude effects on bullet flight
• Advanced Physics Modeling: Includes Coriolis effect, spin drift, and Mach transition effects
• Multiple Ammunition Types: Preconfigured ballistics for .308 Winchester, .300 Win Mag, .338 Lapua, .50 BMG, and 6.5 Creedmoor
• Real-time 3D Visualization: Interactive Three.js rendering of projectile flight and impact
• Professional Training Features: Scope simulation, wind reading, range estimation, and trajectory analysis

Scientific Foundation

The simulation implements the following physics principles:

• Drag Modeling: Uses G1 and G7 ballistic coefficients with Mach-dependent adjustments
• Spin Drift Calculation: Models Magnus effect and gyroscopic stabilization
• Coriolis Effect: Accounts for Earth's rotation at different latitudes
• Environmental Physics: Calculates air density using barometric formula with humidity correction
• Terminal Ballistics: Models impact effects and energy transfer

About Dr. Reza Ashkarian

Dr. Reza Ashkarian (رضا اشکریان) is an expert in physics simulation, artificial intelligence, and computational modeling. With extensive experience in developing educational and training simulations, Dr. Ashkarian has created this tool to bridge the gap between theoretical ballistics and practical marksmanship training.

This simulation represents cutting-edge web-based physics education, combining real-time 3D graphics with accurate computational physics to create an immersive learning experience for students, marksmanship enthusiasts, and professional trainers.

Educational Applications

• Physics education: Projectile motion, aerodynamics, and environmental physics
• Marksmanship training: Understanding external ballistics and shot placement
• Military and law enforcement training: Sniper qualification and scenario training
• Sports shooting: Long-range competition preparation
• Game development: Reference for realistic ballistics in video games

Technical Specifications

• Built with Three.js for 3D rendering
• Real-time physics simulation at 60 FPS
• Modular architecture for extensibility
• Responsive design for desktop and mobile
• No server requirement - runs entirely in browser

Keywords: ballistic simulation, sniper training, projectile physics, reza ashkarian, رضا اشکریان, marksmanship training, external ballistics, shooting simulation, physics education, 3D simulation, computational physics

Contact: For educational use, research collaboration, or simulation development inquiries related to this ballistic simulation by Dr. Reza Ashkarian.