DEVELOP Training Center (TM) menyelenggarakan Training Flow Assurance Modeling&Analysis Engineering yang sangat berguna untuk mendapatkan skill tentang Modeling&Analisa terkait Flow Assurance serta optimalisasinya.
Metode Finite Element & Fluent Solving dikenal terbukti dapat memecahkan struktur-struktur yang kompleks dalam analisis mekanika benda padat (solid mechanics) dan perpindahan panas (heat transfer).
Materi Training di DEVELOP Training Center (TM) dirancang khusus oleh para praktisi designer & engineer sesuai dengan kebutuhan project. Anda akan mendapat sharing ilmu langsung dari para praktisi yang berpengalaman.
DEVELOP mengimplementasikan Syllabus Training Flow Assurance Modeling&Analysis Engineering dengan tahap-tahap pembelajaran berkualitas sbb :
Sesi 1-2
Skill Focus :
- Fluent Solver Overview and Analysis Procedure
- Model browser & Symbols
- Environment Data
- Fluent Modelling
- Fluent Boundary Conditions (Velocity Inlet,Pressure Outlet,Wall Boundaries,Axis Boundaries)
- Fluent Solution Methods (Segregation Algorithm & Coupled Algorithm)
- Case 1: Laminar Flow in a Pipe Modeling&Analysis
- Momentum Flux Distribution
- Velocity Distribution
- 2D Geometry
- Surface From Sketches
- Fluid Outlet And Walls
- Pressure-Based Solver
- Define Material
- Boundary Conditions (Fluid_Inlet: Velocity Inlet,Velocity Magnitude,Fluid Outlet Outflow)
- Hybrid Initialisation
- Run Calculation
- Case 2: 2D Nozzle Modeling&Analysis
- Design Modeler
- Surface From Sketches
- Face Split
- Create Un-Structured Mesh
- Compare Automatic Meshing
- Create Structured Mesh
- Define Material
- Boundary Conditions (Inlet & Outlet With Pressure)
- Analyze Velocity And Pressure Profile
Sesi 3-4
Skill Focus :
- Case 3: 3D Mixing Elbow Modeling&Analysis
- Draw 3D Model
- Create 3D Mesh
- Define A Solution Model
- Define Boundary Conditions
- Case 4: Mixture Of Two Phase Fluids Modeling&Analysis
- Mixture Model
- Boundary Conditions For Internal Flow
- Solution Calculation
- Turbulence Model
- Meshing
- K-E Model
- Solve Two Transport Equation
- Model Reynold Stress With Eddy Viscosity
- QA checks of Offpipe Analysis Models
- Plots & Reports
Selama training, instruktur kami akan menggunakan kombinasi teori serta praktek langsung dengan studi kasus telah dipersiapkan yang menyerupai Proyek nyata.
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