PLLS 0006 - Moldflow Analysis
Course Description
This two-day workshop focuses on the theory behind injection molding simulation and how the results can be applied to help engineers and designers make informed decisions in order to maximize profits and reduce lead times. You learn how plastics flow in injection molds and how factors such as part design, mold design and processing affect part performance and dimensional stability. After attending, you are able to better interpret internal and external simulation reports, and use this information to improve critical decision-making regarding part and mold design.
Course Outline/Topics
Background Theory
- Overview of injection molding process
- Plastics material science
- Plastics flow behavior (rheology)
- Debunking industry myths
- Thermal/rheological/PvT properties
Injection Molding Simulation
- Commercial software options
- Effective use of simulation
- Limitations of simulation
- Common results nomenclature
- Results interpretation
Injection Molding Simulation Considerations
- Mesh types
- Mesh selection
- Processing considerations
- Identification of poorly run simulation studies
- Successful integration of simulation
- Recommended analysis procedure
Benefits and Learning Outcomes
- Identify how plastics flow in injection molds
- Interpret internal and external simulation reports
- Improve critical decisions regarding part and mold design
- Maximize profit and reduce lead times
Partners & Professional Credits
- Professional Development Hours 14.0 PDHs
Applies Towards the Following Credentials
- Elastomer Technology Certificate : Elective
- Plastics Technology Certificate : Elective
