Chemical Reaction Engineering VII: Computational Fluid Dynamics

Pi：Sankaran Sundaresan研究所：普林斯顿大学建议编号：0087363用于催化裂化等经典应用的多相反应器仍在发展中。可靠的多相反应器模型可以自信地用于改进现有工艺和扩大新工艺的规模，应用最新的计算流体动力学(CFD)技术可以极大地受益。这笔赠款将为参加化学反应工程VII：计算流体动力学的十名研究生提供支持，该课程将在加拿大魁北克市举行。这次会议的目的将是评估最先进的技术，并确定未来5-10年的关键物理和部署需求。该技术计划将包括由单相反应流和各种多相流领域的领导者举行的全体会议，以及CFD供应商和工业从业者的演讲。

PI: Sankaran Sundaresan Institution: Princeton UniversityProposal Number: 0087363Multiphase reactors for classic applications such as fluid catalytic cracking are still evolving. Reliable multiphase reactor models that can be used with confidence for improving existing processes and scaleup of new processes can benefit greatly by applying the latest computational fluid dynamics (CFD) techniques.This grant is to provide support to subsidize ten graduate students attending Chemical Reaction Engineering VII: Computational Fluid Dynamics, which will be held in Quebec City, Canada. The purpose of this conference will be to take stock of the state-of-the-art and identify critical physics and deployment needs for the next 5-10 years. The technical program will include plenaries by leaders in the fields of single-phase reacting flow and various multiphase flows and presentation by CFD vendors and industrial practitioners.