Related Resources: calculators

Heat Transfer Problems Solved Using Python Calculator

Heat Transfer Engineering

Heat Transfer Problems Solved Using Python Application and Calculator

This is a collection of Python scripts for heat transfer calculations for selected configurations shown below..

Python code - This application requires knowledge of Python installation and code execution.

Premium Membership Required for download

Download: Heat Transfer Problems Solved Python Calculators

isolation-convection.py compares the temperature distribution on the problem as shown in the image below

Output

convection-convection.py is the solution of the wall under the conditions shown in the next image

Output

 

heat_transfer_2d_steady-state.py is the solution of the following problem using finite difference method

Output

Source

Python code - This application requires knowledge of Python installation and code execution.

Support:

• Engineers Edge has tested the basic functions and operation of this application using Python 3.11.9 and supporting modules.
• THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.

Related

• Heat Loss Through a Wall Equation and Calculator Determine the steady state heat loss through a single wall.
• Heat Loss through Aluminum Framed Window Equations and Calculator Design equations and calculator example Heat Loss through Aluminum Framed Window.
• Thermal Properties of Metals
• Maximum Power Dissipation of a Transistor Equation and Calculator
• Heat Radiation of a Surface Calculator Heat Radiation of a Surface Calculator
• Heat Loss through Aluminum Framed Window Equations and Calculator Design equations and calculator example Heat Loss through Aluminum Framed Window.
• Heat Loss through a Double-Pane Window Equation and Calculator A double-pane window is considered. The rate of heat transfer through the window and the inner surface temperature are to be determined.
• Conductive Heat Transfer Large Plane Equation and Calculator Conductive Heat Transfer of Large plane wall equation and calculator.
• Conductive Heat Transfer of a Spherical Layer Equation and Calculator Conductive Heat Transfer of a spherical layer equation and calculator
• Conductive Heat Transfer of the edge of two adjoining walls of equal thickness Conductive Heat Transfer of the edge of two adjoining walls of equal thickness
• steady State Conduction Multi layer Cylinder Calculation Equation and calculator temperature on one side of an isothermal constant temperature multi layer cylinder.
• Heat Loss From an Insulated Electric Wire Equation and Calculator Heat transfer is steady since there is no indication of any change with time
• Heat Loss of Two Cylinders at Known Separation Equation Steady State Rate of Heat Loss of Two Cylinders at Known Separation Equation and Calculator. Two parallel isothermal cylinders placed in an infinite medium (L >>D 1 , D 2 , z)
• Three Bars at Different Temperatures Calculator and Equations for Stress
• Restrained Plate, Uniformly Heated Stress Calculator and Equations
• Partially Restrained Square Plate in Frame, Uniformly Heated Stress Calculator and Equations
• Partially Restraint of a Uniformly Heated Rectangular Plate Stress Calculator and Equations
• Pipe Restrained Longitudinal Stress Components Stress Calculator and Equations per. ASME B31.9
• Solid with Spherical Inclusions Effective Thermal Conductivity Equation and Calculator
• Specific Heat Capacity Table at Room Temperature Specific heat capacity c is the change in heat (energy) of a unit mass of material for a unit change of temperature in Btu/lb·°F or Btu/(lbm-°R)
• Static Temperature Versus Total Temperature Formula and Calculator When a fluid stream impinges on a temperature-sensing element such as a thermometer or thermocouple, the element is at a temperature greater than the true stream temperature.