说明
The report generator currently provided with the Moldflow Insight software user interface is powerful but somewhat inflexible. In this class you will discover how you can combine the Moldflow Insight software API with applications within the Microsoft Office Suite (PowerPoint, Excel, and so on) to produce highly customization, visually stunning reports. You will learn how to simply extract geometry, mesh material data, images, animations, and screen output data into a report. We will show several example reports.
主要学习内容
- Discover how anybody can create a custom report using the Simulation Moldflow Synergy UI and office
- Discover how the Simulation Moldflow Synergy API is used to generate data for custom reports
- Discover how to customize the report for your needs
- Be inspired by example reports
讲师
David AstburyDavid Astbury has over 30 years’ experience in the fields of rheology, injection molding, software development, and quality assurance. He is the principle author of many optimization technologies within the Autodesk Moldflow software suite, including automatic injection time, molding window, design of experiments, runner sizing and balancing, gate location optimization, and process optimization. Recognising that to fully maximise part quality and to optimise cycle time for an injection mold you cannot look at only the filling and packing phases; you need to also look at the cooling phase as well optimal cooling line placement is critical is a key component of this. David and a team of engineers are currently developing software to automaticaly place and optimise cooling channels within the mold David is an expert programmer and Autodesk Moldflow API expert, and has produced many API scripts and examples to assist customers with integrating to external structural and optimization systems, producing custom results and reports, automating common tasks and extending the capabilities of the system. David has recently worked with the Fusion Generative team to enhance the capabilites and performance of the generative structural software and laying down the foundations for a generative fluids simulation.