In this tutorial, you simulate the filling phase in a part. The feed system is not included. The filling phase is the most important phase of the injection molding cycle. If there are problems with the filling of a part, the part quality is not optimal

In this tutorial, you set up and run a Filling + Packing analysis on a 4-cavity tool on the computer mouse cover. You evaluate the fill balance between the parts, the pressure to fill the tool, the shrinkage on the part, and the cooling time. This tutori

In this tutorial, you set up and run a boundary element method (BEM) cooling analysis on a 4-cavity tool on the computer mouse cover. The BEM cooling analysis calculates a steady state, or average temperatures over the entire mold cycle. At a minimum, al

In this tutorial, you set up and run a finite element method (FEM) cooling analysis on a 4-cavity tool on the computer mouse cover. The FEM cooling analysis calculates both steady state and transient mold temperatures. Steady state is an average mold tem

In this tutorial, you set up and run a a warpage analysis on a 4-cavity tool on the computer mouse cover. You are provided with the study. The analysis sequence includes; cooling, filling, and packing. You set up and run the entire sequence. This tutoria

The following videos introduce the new user interface and provide a high level overview of the components of the interface and its capabilities. Command arrangement A brief video describing the command ribbon and its arrangement. Application menu Access

What's New What's new Getting Started Tutorials User Interface   Advanced User Molding Processes Materials and databases Modeling Results Advice Launching an analysis Troubleshooting Guide Application Programming Interface (API) Reference Glossary of Ter

This tutorial will familiarize you with the user interface and teach you how to import a model. Tutorial duration: Approximately 50 minutes This product helps you determine the ideal combination of part geometry, material, mold design, and processing con

This tutorial will teach you how to select and generate the appropriate mesh type, and make you aware of problems with the mesh that may arise. Tutorial duration: Approximately 55 minutes Analyzing a model is a complex operation. Modeling the way molten

This tutorial introduces some of the more commonly used manual mesh editing techniques for addressing problems not resolved by the wizard. Tutorial duration: Approximately 45 minutes. The Meshing tutorial of the General concept tutorials section, outline

This tutorial addresses the steps, following meshing, that are required before a model can be analyzed. Tutorial duration: Approximately 65 minutes. Up to this point, we have concentrated on ensuring that the model imported into Autodesk Moldflow Insight

This tutorial introduces you to post processing tools and result viewing features. Tutorial duration: Approximately 45 minutes. This tutorial will introduce you to the post processing tools and result viewing features of Autodesk Moldflow Insight. In thi

Understanding shrinkage Understand the common causes of shrinkage from both a material and a manufacturing perspective. This video explains how Moldflow Insight can be used to interpret shrinkage and discover solutions to your shrinkage-related problems.

Videos to help you with more sophisticated applications. Transient cool analysis using a CAD mold with inserts Run a transient cool analysis on an imported CAD mold. Stitch contact interfaces tool for meshing molds with inserts Create a mold mesh for mol

Once you have meshed your model, you are ready to select the molding process. It is important that you select the molding process that represents the real-case scenario that you are simulating. Once you have selected the molding process, the supported an

The analysis sequence is the predefined sequence of analyses that you want to run. The analysis sequences that are available depend on the analysis technology or the mesh type that is used, and the molding process that you have selected

Different results are generated for each analyses performed