Stop Exhaust Drone with This AI-Built Helmholtz Resonator скачать в хорошем качестве

Stop Exhaust Drone with This AI-Built Helmholtz Resonator

Stop exhaust drone for good! In this video, we build a precision-tuned Helmholtz resonator using AI tools — ChatGPT and Claude — to eliminate annoying drone, rasp, and buzz from your exhaust system. 🔗 Links: 📏Helmholtz Calculator: https://claude.ai/public/artifacts/81... 📥Destructive Wave Interference: https://claude.ai/public/artifacts/3c... 🔧 Whether your car sounds like a didgeridoo (search it up, sounds just like exhaust drone) at 2000 RPM or a swarm of bees at redline, we show you how to calculate and fabricate custom Helmholtz resonators that kill those exact frequencies — with real physics and real welds. 🎯 What You’ll Learn: ✅ How exhaust drone, rasp, and buzz happen — and how to identify them by ear and by frequency (Hz) ✅ How to use free AI tools (ChatGPT & Claude) to design Helmholtz resonators that target 125 Hz, 250 Hz, and 400 Hz+ ✅ Step-by-step fabrication using standard exhaust pipe sizes (2", 3", 4") ✅ Mobile-friendly DIY calculator overview (Claude-powered!) ✅ How to use phone apps and mics to detect unwanted frequencies from your own car 🔧 Resonators Featured: • 1800 Hz (Low Drone) — 2" tube × 5.5" long (~450cc) • 2750 Hz (Mid Rasp) — 3" tube × 2.2" long (~252cc) • 4200 Hz (Buzz/Tinny) — 4" tube × 1.2" long (~125cc) Each resonator is welded using steel with airtight caps, T’d into the main exhaust at 90° for pressure wave cancellation — not flow disruption. 🔬 Bonus Tech from Claude: • Helmholtz formula: f = (c / 2π) × √(A / V(L + 1.7r)) • Temperature-compensated speed of sound • Chamber + neck sizing for 4-cyl, V6, V8, etc. • AI calculator prompt (free + open source) 📢 Common Offending Frequencies: • 125 Hz – Boomy “didgeridoo” (~2000 RPM V8) • 250 Hz – Harsh “rattlesnake rasp” on throttle • 400+ Hz – “Bee swarm buzz” at high RPM 🔔 Why This Matters: Most resonators are one-size-fits-all — and they rarely work. These AI-designed resonators are tailored to your car’s sound using proven math and steel — not guesswork. 👍 Like this video if your car sounds better now. 💬 Comment your worst exhaust noise — we’ll help you kill it. 🔔 Subscribe for more AI-powered builds from Carswell’s Customs — where automotive meets science. Prompts: Helmholtz Resonator Calculator - This prompt is too large to fit all the characters into this YouTube description. Email me @ mymusiconmyiphone@gmail.com and I can send you the prompt. Destructive Wave Prompt - 🎵 CREATE YOUR OWN DESTRUCTIVE WAVE INTERFERENCE VISUALIZATION Copy and paste this entire prompt into Claude to build your own interactive wave cancellation demo! Hey Claude! I watched Carswell's Customs video about Helmholtz resonators and want to create my own interactive visualization showing how destructive wave interference cancels exhaust drone. Build me an animated HTML demonstration that shows exactly how noise cancellation works. What I want to see: Wave Displays: First section: Blue wave showing the original annoying exhaust drone Second section: Red wave showing the resonator's inverted wave (180° out of phase) Third section: Both waves combined showing real-time cancellation with mini explosion effects where they cancel Interactive Features: Play/Pause button to control the animation Reset button to start over Change frequency button to see different wave patterns Smooth, mesmerizing wave animations that clearly show the physics Visual Effects: Show both blue and red waves colliding in the combined section Add small golden explosion/starburst effects at cancellation points Green line showing the final result (flat = cancelled drone!) Text that says "WAVES CANCELLING! 💥" when active cancellation is happening Educational Elements: Clear titles for each wave section Explanation of how this applies to exhaust systems Modern, attractive styling with automotive colors Simple explanations that anyone can understand Technical Requirements: Smooth 60fps animation using HTML5 canvas Responsive design that works on mobile and desktop Professional gradients and styling Mathematical accuracy in wave physics Include This Explanation: Explain how Helmholtz resonators work like "sound mirrors" - they reflect drone frequencies back into the exhaust pipe but flipped upside down (inverted), so when the original wave meets the inverted wave, they destroy each other and eliminate the annoying highway drone. Make it visually stunning, educational, and interactive so I can really understand how destructive interference eliminates exhaust noise. Include the science but keep the language simple and car-focused!