Review & Interpret Analysis Results from Previous Day

• Add new concepts plus add Level 2 analysis questions

Level 1: Achieving Flow Balance

Flow Balance Theory (1/3)

• Studio Intro
• Gate Location Theory on Simple Part
• Practice on separate sample geometry

Level 2: Maintaining Flow Balance

Runner Balance Theory (1/2)

• Geometric & Rheological Balance
• Runner meshing theory

Thermal Balance Theory (3/3)

• Requirements for a Level 3 analysis report (Cooling GMW)
• Review simulation run after day 2

Flow Balance Theory (2/3)

• CADdoctor
• Applying flow balance theory to a complex geometry
• Gate Location Advisor

Runner Balance Theory (2/2)

• Creating a multi-cavity mold layout
• Connect cavities with a balanced line-defined runner
• Launch simulation

Level 4: Warpage 

Warpage Interpretation

• What is Warp?
• How Level 1-3 Analyses impact final part quality
• Tools in Studio to help firther warpage interpretation

Flow Balance Theory (3/3)

• Requirements for Level 1 analysis report
• Review Flow results from the Morning session

Processing Methodology

• CAE Mode
• Machine Mode

Boundary Layer Meshing (BLM) Theory

• Node Seeding
• Moldex3D meshing styles and meshing theory
• Solid Meshing Parameters

Level 3: Maintaining Thermal Balance

Thermal Balance Theory (1/3)

• Purpose of cooling system in simulation
• Creating a dummy cooling system in Moldex3D

WORKSHOP & Advanced Topic Discussion

• Opportunity for bringing in your model and working through the specific challenges of your application

Mold Extraction (2/3)

• Organization & Attircbution of a mold system
• Extracting simulation components from a complex mold
  Extracting center lines from extracted geometry

Final Practice of Day 1 concepts

• Balance flow on a complex geometry 
• Run Filling & Packing