For several years CONVERGE has been able to interface with
other 
software packages to model heat transfer in solids. Now
CONVERGE 
can do both CFD and solid heat transfer modeling in the same 
simulation, which can simplify the process of predicting the 
temperatures in solids that are dependent on fluid
interfaces, e.g., 
heads and valves in engines. This workshop will discuss
conjugate heat 
transfer modeling in CONVERGE, including supercycling, which 
accounts for the disparate timescales in the solid and fluid
domains by 
allowing the solid side of the simulation to progress with
faster 
timescales than the fluid side of the simulation, and
valve/seat contact 
resistance in engines, which is critical to accurate
prediction of valve 
and head temperatures. 

***This lecture includes hands-on CONVERGE Studio practice.***