Changes

Steady-State Thermal Analysis

270 bytes added, 19:18, 16 June 2018
/* Thermal Boundary Conditions */
<math>\frac{\partial T}{\partial n} = 0 </math>
 
An adiabatic surface represents a perfectly insulated surface.
 
At the interface between the surface of a solid object and air, the convective boundary condition must be enforced:
 
<math>-k \frac{\partial T}{\partial n} = -h\letf(T(\mathbf{r})-T_{amb} \right) </math>
== Electrostatics Analysis==
28,333
edits