时间：2020年2月17-21日

地点：美国德克萨斯州休斯顿

日程：
星期一 (8:30 AM – 5:00 PM) 
• 颗粒流建模培训
• Barracuda图形用户界面（GUI）简介
• Barracuda应用流程简介

星期二 (8:30 AM – 4:30 PM) 
• Barracuda网格生成功能与工程学分析
• 快速仿真流化床-培训
• Barracuda化学反应模型介绍
• 碳 / 蒸汽气化-设置与仿真

星期三 (8:30 AM – 4:30 PM) 
• 快速仿真流化床-培训解析
• 复杂流化床培训设置(包含:复杂几何与化学反应) 
• 提供特定项目&模型

星期四 (8:30 AM – 4:30 PM) 
• 先进的后处理和分析脚本
• 关于复杂流化床培训的初始分析
•提供特定项目&模型

星期五 (8:30 AM – 12:00 PM) 
• 关于复杂流化床培训的最终分析
• Barracuda实际应用与经验分享
• 学员特定项目总结

报名咨询：training@cpfd-software.com

酒店推荐：

What Is Barracuda VR ?
A physics-based engineering software package capable of predicting all fluid, particulate-solid, thermal and chemically reacting behavior inside a fluidized reactor in order to maximize its productivity and reliability.

What Is Barracuda VR’s Value To Industry
To addresse complex, multi-million dollar issues:
Oil refinery shutdown:  $1MM per day
Reactor emissions control:  $20-100 MM per unit
Elimination of a pilot plant: $150-250MM

How Is Barracuda VR Used?
Reactor operations troubleshooting
Reactor reliability and ‘yield’ improvements
Reactor scale-up
Reactor new design or feedstock change-out
Reactor emissions reductions

What Is Barracuda VR’s Technology Scope?
Industrial-scale units, e.g., 10’s of meters in length-scale
3-D physical model, with transient to a steady "time-averaged" solution
Fluid flow phenomena, fully coupled to,
Particulate-solids phenomena for all "dilute-to-dense"regimes
Chemically reacting gaseous and particulate-solid materials
Post-processing to quickly and clearly develop solutions
Validated against large-scale experiments and industrial units

Barracuda 
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软件试用（申请）

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