Internal combustion engine Modeling

This ​two-day ​course ​offers ​an ​introduction ​to ​CONVERGE ​v2.3 ​for ​internal ​combustion ​(IC) ​engine ​modeling. ​You ​will ​learn ​about ​the ​CONVERGE ​solver ​and ​modeling ​options ​while ​working ​through ​a ​typical ​IC ​engine ​case ​from ​start ​to ​finish. ​Because ​CONVERGE ​has ​a ​completely ​automated ​meshing ​process, ​you ​do ​not ​need ​to ​spend ​any ​time ​preparing ​the ​volume ​mesh, ​which ​simplifies ​the ​case ​setup ​process. ​ ​ ​

During ​this ​course, ​you ​will ​have ​plenty ​of ​time ​for ​hands-on ​practice ​in ​CONVERGE ​Studio ​v2.3. ​You ​will ​practice ​preparing ​the ​surface ​and ​setting ​up ​the ​case ​for ​several ​types ​of ​IC ​engines ​(including ​Diesel, ​PFI ​Spark ​Ignition ​and ​Multi-Fuel ​Premixed).

Upon ​the ​completion ​of ​this ​course, ​you ​will ​know ​how ​to:

Prepare ​boundaries ​for ​motion ​in ​CONVERGE ​Studio ​v2.3

Set ​up ​appropriate ​boundary ​and ​initial ​conditions ​based ​on ​available ​data

Control ​grid ​settings ​throughout ​the ​computational ​domain

Set ​up ​fuel ​injection ​via ​spray ​modeling

Set ​up ​detailed ​chemical ​kinetics ​for ​accurate ​combustion ​and ​emissions ​modeling

Predict ​solid ​temperatures ​via ​conjugate ​heat ​transfer

Set ​up ​additional ​modeling ​options ​such ​as ​turbulence, ​sources, ​and ​volume-of-fluids ​ ​

Set ​up ​multi-cylinder ​and ​multi-cycle ​simulations

Model ​abnormal ​combustion ​phenomena ​such ​as ​engine ​knock

Run ​CONVERGE ​and ​monitor ​your ​simulation

Post-process ​results ​in ​CONVERGE ​Studio ​v2.3
PREREQUISITES ​

Surface ​Preparation ​with ​CONVERGE

WHO ​SHOULD ​ATTEND ​THIS ​COURSE

This ​course ​is ​intended ​for ​all ​new ​users ​interested ​in ​using ​CONVERGE ​v2.3 ​for ​IC ​Engine ​modeling. ​This ​course ​can ​also ​be ​used ​as ​a ​refresher ​for ​experienced ​or ​occasional ​users ​of ​previous ​versions ​of ​CONVERGE. ​This ​course ​will ​not ​cover ​surface ​preparation. ​

Lunch ​will ​be ​provided ​and ​space ​is ​limited. ​