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商品描述
AVL Fire V8.31 英文光碟正式版 (發動機三維性能類比分析)
破解說明:安裝前請先閱讀Crack資料夾內install.txt文件檔，即可完成安裝。
軟體簡介:
AVL Fire V8.31 英文光碟正式版 (發動機三維性能類比分析)
內容說明:
世界範圍公認的頂尖發動機模型分析最佳軟體，解決CFD相關的發動機問題 ：
* 噴嘴內空蝕流
* 噴霧燃燒
* 噴霧傳播
* 氣/油 混合製備
* 壁膜現象
* 點火
* 火焰傳播
* 污染物排放
* 催化劑化學動力學
* 冷卻液沸騰問題
FIRE solves all engine related CFD problems. FIRE's leadership in physical
models for engine specific analysis is recognized worldwide.
FIRE provides validated and field tested models for
* Cavitating flows in injection nozzles
* Spray atomization
* Spray propagation
* Air/Fuel mixture preparation
* Wallfilm behavior
* Ignition
* Flame propagation
* Pollutant emissions
* Chemical kinetics in catalysts
* Boiling in Coolant Flows
Furthermore interfaces for direct implicit coupling to 1D thermodynamic cycle
simulation and a fully automatized coupling to popular FEM software guarantees
best quality for gas exchange and thermal stress analysis respectively.
For problem classes which need description of physical and chemical terms, the
user has access to all flow solution determining variables within a comprehensive
set of user functions.
Parallel versions utilizing distributed and shared memory architectures with
speed up factors close to the optimum.
破解說明:安裝前請先閱讀Crack資料夾內install.txt文件檔，即可完成安裝。
軟體簡介:
AVL Fire V8.31 英文光碟正式版 (發動機三維性能類比分析)
內容說明:
世界範圍公認的頂尖發動機模型分析最佳軟體，解決CFD相關的發動機問題 ：
* 噴嘴內空蝕流
* 噴霧燃燒
* 噴霧傳播
* 氣/油 混合製備
* 壁膜現象
* 點火
* 火焰傳播
* 污染物排放
* 催化劑化學動力學
* 冷卻液沸騰問題
FIRE solves all engine related CFD problems. FIRE's leadership in physical
models for engine specific analysis is recognized worldwide.
FIRE provides validated and field tested models for
* Cavitating flows in injection nozzles
* Spray atomization
* Spray propagation
* Air/Fuel mixture preparation
* Wallfilm behavior
* Ignition
* Flame propagation
* Pollutant emissions
* Chemical kinetics in catalysts
* Boiling in Coolant Flows
Furthermore interfaces for direct implicit coupling to 1D thermodynamic cycle
simulation and a fully automatized coupling to popular FEM software guarantees
best quality for gas exchange and thermal stress analysis respectively.
For problem classes which need description of physical and chemical terms, the
user has access to all flow solution determining variables within a comprehensive
set of user functions.
Parallel versions utilizing distributed and shared memory architectures with
speed up factors close to the optimum.