Mixture: ANSYS Fluent Multi-Phase Model Training Package, 4 Intermediate CFD Simulations

Description

Industrial Applications of Mixture Model: Rotating Equipment and Phase Change

Advanced Industrial Process Simulation

This intermediate-level training package explores practical applications of mixture multi-phase modeling in industrial equipment, focusing on rotating machinery and phase change phenomena. The course demonstrates how to tackle real-world engineering challenges using ANSYS Fluent.

Rotating Equipment Analysis

Mixing Applications

The course begins with complex six-blade stirring mixer simulation, establishing fundamental approaches to rotating equipment modeling with multiple phases. This foundation module addresses crucial aspects of industrial mixing processes.

Pump Systems

Advancing to centrifugal pump applications, the training explores sludge flow behavior, incorporating practical considerations for handling complex fluids in rotating machinery. This module demonstrates the mixture model’s capability in predicting industrial pump performance.

Phase Change and Transformation

Condensation Processes

The course progresses to intermediate-level condensation modeling in shell and tube condensers, exploring heat and mass transfer phenomena in industrial-scale equipment. This module bridges the gap between basic heat transfer and complex phase change applications.

Hydrate Formation

The training culminates with sophisticated hydrate formation analysis in elbow pipes, combining flow complexity with phase transformation. This advanced application demonstrates the mixture model’s versatility in handling complex physical phenomena.

Implementation Framework

Industrial Process Optimization

Understanding the interplay between equipment design and multi-phase flow behavior enables optimization of industrial processes. The course emphasizes practical aspects of simulation setup and solution strategies.

Complex Physics Integration

The comprehensive approach ensures mastery of intermediate simulation principles while maintaining focus on real-world applications. Each module contributes to building expertise in handling challenging industrial flow problems.

This intermediate-level course synthesizes practical numerical methods with industrial applications, preparing specialists for complex multi-phase simulation challenges. The progression builds comprehensive understanding of system behavior, enabling engineers to address real industrial process challenges with confidence.

The course emphasizes practical implementation while maintaining focus on physical accuracy, ensuring participants develop both technical understanding and practical simulation skills necessary for industrial applications. This balanced approach positions engineers to tackle complex multi-phase flow problems in industrial equipment effectively.