🌡️ Heat Transfer Calculator
Analyze conduction, convection, and radiation heat transfer with comprehensive thermal calculations
Heat Transfer Mechanism
Conduction Parameters
Common k values: Copper: 400, Aluminum: 240, Steel: 50, Glass: 1, Wood: 0.1
Thermal System Diagram
🔥→📦→❄️
Thermal conduction visualization will be implemented
ΔT = 80°C
Surface Area = 0.01 m²
ΔT = 80°C
Surface Area = 0.01 m²
Conduction Heat Transfer Results
| Dimensions | Formulas | Calculations |
|---|---|---|
| Heat Transfer Rate | Q = k·A·ΔT/Δx | 0 |
| Heat Flux | q = Q/A | 0 |
| Thermal Resistance | R = Δx/(k·A) | 0 |
| Temperature Gradient | dT/dx | 0 |
| Heat Transfer Coefficient | h or σε | 0 |
| Energy Transfer | Based on time | 0 |
Summary: 6 calculations completed for heat-transfer-conduction
📚 Understanding Heat Transfer
Conduction:
- Fourier's Law: Q = k·A·ΔT/Δx
- Direct Contact: Through material
- Thermal Conductivity: Material property (k)
- Applications: Heat sinks, insulation
Convection:
- Newton's Law: Q = h·A·ΔT
- Fluid Motion: Natural or forced
- Heat Coefficient: Depends on flow
- Applications: HVAC, cooling systems
Radiation:
- Stefan-Boltzmann: Q = ε·σ·A·(T₁⁴ - T₂⁴)
- Electromagnetic: No medium needed
- Temperature Dependent: T⁴ relationship
- Applications: Solar heating, furnaces
Physics
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Our physics calculators provide accurate calculations and interactive visualizations for various physics concepts. Each tool includes step-by-step solutions, real-time simulations, and educational content to help you understand the underlying principles.
