Waste Heating Value
Reference data and engineering information about waste heating value for material properties applications.
wasteheatingvalue
Overview
Engineering reference data for Waste Heating Value in material science and properties.
Key Formulas
Stress
Force per unit area.
Strain
Change in length per original length.
Hooke's Law
Stress proportional to strain in elastic region.
Thermal Expansion
Length change due to temperature.
Variables
| Symbol | Description | Unit |
|---|---|---|
| Stress | Pa | |
| Strain | — | |
| Young's modulus | Pa | |
| Thermal expansion coefficient | 1/°C | |
| Temperature change | °C |
11 rows
Product | Heat Value(Btu/lb) |
|---|---|
| Fabric - nylon | 13200 |
| Fabric - rubber coated | 11000 |
| Fabric - vinyl coated | 8900 |
| Foam - scrap | 12300 |
| Garbage | 8480 |
| Glass tape - resin covered | 7900 |
| Paper | 7570 |
| Polyethylene - film | 19100 |
| Rags | 7650 |
| Vinyl - scrap | 11400 |
| Wood | 8610 |
Source: engineeringtoolbox.com
Unit Conversion
The heat values in the table are given in Btu/lb. To convert to other common units:
- Multiply by *2.326 to get kJ/kg
- Multiply by *0.55 to get kcal/kg