Mechanical Engineering Interactive Simulations Course
Interactive mechanical engineering simulations that let you drag, adjust, and watch concepts come alive. From thermodynamics to stress analysis to engine cycles — no formulas, no memorizing. Just move a slider and understand.
Master mechanical engineering with 25+ browser-based interactive simulations. Learn statics, strength of materials, fluid mechanics & thermodynamics hands-on.
Complete Course Curriculum: 6 Modules, 25+ Simulations
MODULE 1: Mechanics & Statics Fundamentals
Build your foundation in engineering mechanics with interactive tools.
Free Body Diagram Builder — Create and analyze force systems visually
Truss Analysis Simulator — Method of Joints & Sections explained
Beam Reactions Calculator — Understand support conditions instantly
Center of Mass/Centroid Finder — Interactive centroid calculations
Moment of Inertia Visualizer — See how geometry affects inertia
MODULE 2: Strength of Materials
Master material behavior under loading conditions.
Stress-Strain Curve Interactive — Watch materials deform under load
Beam Bending & Deflection Simulator — Visualize beam behavior
Shear Force & Bending Moment Diagrams — Auto-generated SFD/BMD
Mohr's Circle Tool — Transform stresses with visual understanding
Fatigue Life Estimator (S-N Curve) — Predict component lifespan
Thermal Stress Simulation — Temperature effects on materials
Von Mises Stress Calculator — Failure criteria made clear
FDM vs FEM vs FVM Comparison — Understand numerical methods
MODULE 3: Machine Design Essentials
Design mechanical systems with confidence.
Gear Ratio Calculator — Optimize power transmission systems
Cam & Follower Motion Profile — Design motion mechanisms
Belt & Pulley Drive Simulator — Analyze drive systems visually
MODULE 4: Fluid Mechanics
Understand fluid behavior through visual simulations.
Bernoulli's Equation Flow Visualizer — See energy conservation in action
Pipe Flow & Head Loss Calculator (Darcy-Weisbach) — Design piping systems
Reynolds Number & Flow Regime Identifier — Laminar vs turbulent flow
MODULE 5: Thermodynamics & Heat Transfer
Master energy systems and thermal analysis.
First Law of Thermodynamics Interactive — Energy balance fundamentals
Otto Cycle Simulator — IC engine thermodynamics visualized
Brayton Cycle (Jet Engine) Simulation — Gas turbine cycles explained
Heat Transfer Modes — Conduction, Convection & Radiation compared
MODULE 6: Materials Science
Understand material selection and phase behavior.
Iron-Carbon Phase Diagram Interactive — Steel metallurgy explained
Material Property Comparison Tool — Steel vs Aluminum vs Titanium
