# Conduction Heat Transfer Calculator

The transfer of heat from one body to another without the movement of the particle is called as conduction. During this process, the heat is transferred from higher region to lower region. Enter the values of high and cold temperature, cross-sectional area, thickness and thermal conductivity of the materials in the conductive heat loss calculator, it finds the conduction heat transfer. The temperature can be entered as either Kelvin or Celsius in the conduction heat transfer calculator.

## Conductive Heat Loss Calculator

area
temperature
temperature
length
W/mk
W

The transfer of heat from one body to another without the movement of the particle is called as conduction. During this process, the heat is transferred from higher region to lower region. Enter the values of high and cold temperature, cross-sectional area, thickness and thermal conductivity of the materials in the conductive heat loss calculator, it finds the conduction heat transfer. The temperature can be entered as either Kelvin or Celsius in the conduction heat transfer calculator.

#### Formula:

Q = KA(THot - TCold) / d Where, Q = Conduction Heat Transfer K = Materials Thermal Conductivity A = Cross Sectional Area THot= Higher Temperature TCold = Colder Temperature d = Material Thickness

### Example:

Find the conduction heat transfer of the material whose thermal conductivity is 20W/mK, cross-sectional area is 30m2, it has a high temperature of 20C and cold temperature of 5C, the thickness of the material is 15m.

#### Solution:

Q = 20 x 30 (20 - 5) / 15
= 600W