Master Mechanical Engineering

Explore, learn, and apply fundamental engineering concepts through interactive tools and visualizations

Core Concepts

Explore fundamental mechanical engineering principles

⚖️

Statics & Dynamics

Study forces, moments, and motion in mechanical systems

🌡️

Thermodynamics

Understand heat, energy, and entropy in engineering systems

🔩

Materials Science

Explore stress, strain, and material properties

💧

Fluid Mechanics

Learn about pressure, flow, and fluid dynamics

📐

Machine Design

Design principles for mechanical components and systems

📳

Vibrations

Analyze oscillatory motion and resonance in systems

Interactive Calculators

Practical tools for engineering calculations

Stress & Strain Calculator

Calculate normal stress, strain, and Young's modulus

Force (N)

Cross-sectional Area (m²)

Original Length (m)

Deformation (m)

Stress (σ): -

Strain (ε): -

Young's Modulus (E): -

Force Vector Analysis

Resolve forces into components and calculate resultant

Force Magnitude (N)

Angle from Horizontal (°)

Horizontal Component (Fx): -

Vertical Component (Fy): -

Resultant Magnitude: -

Heat Transfer Calculator

Calculate heat transfer rate using Fourier's law

Thermal Conductivity (W/m·K)

Surface Area (m²)

Temperature Difference (K)

Thickness (m)

Heat Transfer Rate (Q): -

Formula: Q = k·A·ΔT / L

Fluid Flow Calculator

Calculate flow rate and velocity using continuity equation

Flow Rate (m³/s)

Pipe Diameter (m)

Flow Velocity (v): -

Cross-sectional Area: -

Formula: v = Q / A

Interactive Simulations

Visualize engineering concepts in action

Force Vector Visualization

Force Magnitude: 50 N Angle: 45°

Simple Harmonic Motion

Amplitude: 50 Frequency: 1 Hz

Beam Deflection

Load: 100 N Position: 50%