Linear Thermal Transmittance Prediction
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Linear Thermal Transmittance, often abbreviated as U-factor, is a measure of how well a material conducts heat. It quantifies the rate of heat transfer through a material or construction, such as a wall or window, under a temperature difference. Higher U-values indicate greater heat transfer, while lower values signify better thermal insulation. This metric is essential for evaluating energy efficiency in buildings.
• Accurate Predictions: Provides precise thermal transmittance values based on material properties. • Simple Inputs: Requires only thickness and thermal conductivity for calculations. • User-Friendly: Designed for ease of use, with clear input fields and immediate results. • Non-Destructive: Allows thermal analysis without physical material damage. • Cost-Effective: Offers efficient thermal evaluation without extensive lab testing. • Real-Time Calculations: Generates results instantly, enabling quick decision-making.
What is the U-factor?
The U-factor, or thermal transmittance, measures the heat transfer through a material or construction per unit area and temperature difference.
What are typical U-factor ranges?
Values typically range from 0.1 W/m²·K (high insulation) to 10 W/m²·K (low insulation), depending on the material.
How does material thickness affect thermal transmittance?
Thicker materials generally have lower U-factors, reducing heat transfer and improving insulation.