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Solidworks Simulation | Conduction heat transfer through a Bar

Ahmed Sakib
in FEM
2 0 Intermediate
A metal bar made of aluminium alloy insulated from four sides is subjected to high temperature at its lef side and at room temperature at right side.
solidworks thermal simulation thermal analysis solidworks tutorial

Solidworks thermal analysis | Heat loss through a roof

Ahmed Sakib
in FEM
1 2 Intermediate
Calculate heat loss through a concrete roof using Solidworks thermal simulation module‪@cadingal‬ #heattransferprinting #thermalanalyis #solidworksimulation Perform conduction heat transfer through a roof of concrete.
thermal simulation heat loss through roof solidworks thermal simulation

Heat Loss through a Single Pane Window with Solidworks

Ahmed Sakib
in FEM
1 0 Intermediate
Calculate heat loss through a single pane glass window with Solidowrks thermal analysis‪@cadingal‬ Inside room temperature is 20 degree Celsius while outside is -4 degree Celsius. Evaluate two main parameters. 1. Heat loss through window 2. Temperature at inside surface of window
solidworks thermal simulation heat loss thru window single pane window thermal simulation

Solidworks thermal simulations 02| Composite wall thermal analysis

Ahmed Sakib
in FEM
1 0 Intermediate
A composite wall made of aluminum and glass is subjected to high temperature to left side and cold on other side. Wall is insulated on top and bottom. Carry out steady state thermal analysis to investigate temperature changes at middle of wall using solidworks thermal simulation module. In this solidworks tutorial, you will learn.... How to apply thermal loads? How to define insulated boundary conditions to composite wall? How to make temperature plot using solidworks probe? How to make solidworks split line.
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Solidworks Simulations || Heat Loss through Double Pane Glass Window

Ahmed Sakib
in FEM
0 0 Expert
n this solidworks simulation tutorial, heat loss through a double pane glass window will be studied using solidworks thermal analysis. Problem Statement: Consider a 0.8-m-high and 1.5-m-wide double-pane window consisting of two 4-mm-thick layers of glass (k = 0.78 W/m · °C) separated by a 10-mm-wide stagnant air space (k =0.026 W/m · °C). Determine the steady rate of heat transfer through this double-pane window and the temperature of its inner sur-face for a day during which the room is maintained at 20°C while the temperature of the outdoors is 10°C. Take the convection heat transfer coefficients on the inner and outer surfaces of the window to be h1 =10 W/m2 · °C and h2 = 40 W/m2 · °C, which includes the effects of radiation. Using solidworks simulation, we will check room temperature and heat flux. Heat loss from glass window will be calculated by multiplying heat flux with window area.
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