Schedule:

Day 1 (CFD Fundamentals & Basic Applications/Praktek Menggunakan Program (Software) CFD)

1. Introduction to CFD
2. Mathematical behind CFD
3. CFD Analysis (Concepts & Demonstration)
4. Geometrical Modeling
5. Mesh Generation
6. Boundary Conditions
7. General Case Study of Fluid Dynamics Analysis (Hands on)

Day 2 (Fluid Flow & Heat Transfer Simulation)

1. CFD Modeling Analysis & Solution Procedure
2. Fluid Flow & Heat Transfer Simulation Modeling Setup
3. Simulation & Verification
4. CFD Results Interpretation & Evaluation

Day 3 (Combustion Modeling & Simulation)

1. Cold Flow Analysis
2. Formulation for Reaction Modeling
3. Gaseous Combustion
4. Geometry & Grid Setup
5. Physical Modeling Inputs
6. Solving the Problem
7. Examining the Results

Day 4 (Turbulence Modeling)

1. Turbulence Flow Physics
2. Turbulence Modeling Concept
3. Turbulence with Heat Transfer Modeling & Simulation
4. Application Of Turbulence Model in Combustion Analysis
5. Review & Evaluation Discussion

Day 5 (Advanced Combustion Modeling & Simulation)

1. Droplet/Particle Modeling
2. Probability Density Function
3. Fuel/Coal Combustion Modeling & Simulation
4. Examining the Results
5. Discussion & Evaluation