Mathematical Modeling of Transport Processes | AIChE

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Mathematical Modeling of Transport Processes

Chair(s)

Loney, N., New Jersey Institute Of Technology

Co-chair(s)

Hashmi, S. M., Yale University

This session targets mathematical modeling approaches to solving transport phenomena problems. Both numerical and especially analytical approaches are considered. All areas of transport phenomena are included and generic methods applicable to a range of transport problems are encouraged to apply for presentation.

Presentations

3:30 PM
(230a) Spontaneously Oscillating Menisci: Maximizing Evaporative Heat Transfer By Inducing Condensation
3:45 PM
(230b) Deep Learning Physical Phenomena
4:00 PM
(230c) Solution of the Boltzmann Transport Equation Via Numerical Tensor Methods
4:15 PM
(230d) Finite Element Analysis of Heat Transfer in a Solid State Reaction System
4:30 PM
(230e) Ignition of Energetic Material Using a Subscale Frank-Kamenetskii Model with Detailed Chemical Kinetics
4:45 PM
(230f) Numerical Investigation of Erosive Strength of Collapsing Cavitating Bubble in Cryogenic Environment Near Rigid Wall
5:00 PM
(230g) Postulation for a Novel Passive System for Post-Accident Reactor Containment Cooling
5:15 PM
(230h) Effect of Multiport Vapor Injection on the Performance of a GOX-LOX Direct Contact Condenser
5:30 PM
(230i) A Time-Space Adaptive Mesh Refinement Strategy for the Inverse Estimation of Transient Local Heat Flux
5:45 PM
(230j) Mechanism and Kinetic of Moisture-Curing Process of Reactive Polyurethane Hot Melt Adhesive

Topics 

Transport Phenomena
Mass & Energy Transfer

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Pricing

Individuals

AIChE Pro Members $150.00
AIChE Graduate Student Members Free
AIChE Undergraduate Student Members Free
AIChE Explorer Members $225.00
Non-Members $225.00

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