The Applied Physics Engine

164+ verified calculation modules across 24+ engineering domains — the mathematics, physics, materials, and structural-analysis engine that powers ChatETS engineering tools and ETS Build.

164+Modules
24+Domains
APIProgrammable
R+SIMStats & Simulation
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A Full Engineering Mathematics Library

The same engine behind ETS's professional engineering work — exposed as a unified API and through the AI assistants, so calculations are reproducible, auditable, and correct.

Mechanical Engineering Physics Thermodynamics Electrical Mathematics Materials Science Statistics Optimization Finite Element
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Engineering Calculations

  • Beam deflection, structural analysis, safety factors
  • Snap-fit, press-fit, living-hinge & fastener math
  • Thermal expansion, creep, fatigue, contact stress
  • Material property analysis & test-plan generation
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Physical & Mathematical Core

  • Classical & quantum physics modules
  • Calculus, algebra, geometry, linear algebra
  • Electrical & thermodynamics domains
  • Cryptography & hashing utilities
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Materials & Test Intelligence

  • Material property analysis and lookup
  • Automated test-plan generation
  • Material optimization for design targets
  • FEA structural-analyze integration
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Statistical & Research Middleware

  • Supervised ML — random forest, XGBoost, SVM
  • Time-series forecasting (Prophet)
  • Community detection & topic modeling
  • Function optimization
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Programmable API

  • Unified REST API across all modules
  • Structured, reproducible results
  • Rate-managed per organization
  • Direct or AI-invoked (ChatETS tools)
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Simulation Bridge

  • Integrates with robotics & game-engine simulation
  • Physics validation endpoint
  • Bridges analysis to downstream tools

Where You'll Meet the Applied Physics Engine

The engine isn't a standalone app — it's the correctness layer inside ETS's AI tools.

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Inside ChatETS

Ask a calculation question in plain language and the AI invokes the applied-physics engine — snap-fit, beam, fatigue, thermal, creep — instead of guessing. Answers come back with deterministic math, not estimation.

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Inside ETS Build

Material analysis, DFM scoring, stress checks, and cost/feasibility curves are all computed by the engine across the platform's design and manufacturing modules.

Put Verified Engineering Math to Work

Experience the applied-physics engine through ChatETS today, or schedule a conversation about the platform.

Try ChatETS Free → Talk to ETS