Michigan
Technological University
Department of Mathematical Sciences |
Speaker: |
Franz X. Tanner Department of Mathematical Sciences, MTU |
Title: |
Flow, spray and combustion modeling in engines |
Date: |
Tuesday, April 29, 2003 |
Time: |
1:05 pm - 1:55 pm |
Location: |
325 Fisher Hall |
Abstract: |
An overview of flow, spray and combustion modeling for three dimensional engine simulations is presented together with a discussion of the author's recent modeling activities in the area of fuel sprays and auto-ignition. In particular, the development and validation of the Cascade Atomization and Drop Breakup (CAB) model is discussed in conjunction with the Least-Square-Fitted Ignition Transport (LIT) model. The validity of these models is demonstrated by comparing non-evaporating, evaporating and reacting sprays with experimental data. Applications of these models are illustrated in the simulation of combustion processes in direct injection diesel engines. |