Dimensions of Tube *Tube Outer Diameter (mm) * Tube Internal Diameter (mm): * Number of Tube Bends: Dimensions of Plate *Thickness of the Plate (mm): *Length of the Plate (mm): *Width of the Plate (mm): Size of electronic component *Length of the Component (mm): *Width of the Component (mm): Note: The number of tube bends should be odd for the Inlet and outlet to be on the same side of the CP. Fluid Properties * Fluid Type: --Select-- Water EG EG (30%)+Water EG (50%)+Water Other fluid * Thermal Conductivity (W/mK): * Specific Heat Capacity (J/KgK): * Fluid Flow Rate mw (GPM): --Select-- 0.5 1 1.5 2 2.5 Other * Dynamic Viscosity(Pa-s): * Flow Rate: * Fluid Name: Assumptions Material of pipe = copper. Plate Material = Aluminium. Component placed at plate side. For spreading resistance - Ambient is air at 25 (°C ). Note: Click to open expanded view
Dimensions of Tube *Tube Outer Diameter (mm) * Tube Internal Diameter (mm): * Number of Tube Bends: Dimensions of Plate *Thickness of the Plate (mm): *Length of the Plate (mm): *Width of the Plate (mm): Size of electronic component *Length of the Component (mm): *Width of the Component (mm): Note: The number of tube bends should be odd for the Inlet and outlet to be on the same side of the CP. Fluid Properties * Fluid Type: --Select-- Water EG EG (30%)+Water EG (50%)+Water Other fluid * Thermal Conductivity (W/mK): * Specific Heat Capacity (J/KgK): * Fluid Flow Rate mw (GPM): --Select-- 0.5 1 1.5 2 2.5 Other * Dynamic Viscosity(Pa-s): * Flow Rate: * Fluid Name: Assumptions Material of pipe = copper. Plate Material = Aluminium. Component placed at plate side. For spreading resistance - Ambient is air at 25 (°C ). Note: Click to open expanded view