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SimAcademy Webinar Archive: Results Post Processing Using Patran (Part 1 of 2 Parts)

Patran contains powerful post processing routines packaged into an easy-to-use Graphical User Interface. The Patran post processor can view many stress result types, including yet not limited to, Von Mises, Principles, Shear, individual components of stress. Topics for this session include: What is a Patran results file? How do I get the results file into Patran? How do I make a visual fringe plot of my stresses? Can I change my stress plot to look different? Do I have to look at fringe plots or are there other ways to visualize results?

SimAcademy Webinar Archive: How to Validate a CMS External Superelement (Repeat)

MSC/MD Nastran allows for the creation of a reduced, matrix-based representation of a Finite Element Model. This reduced representation is referred to as a Superelement. When creating a Component Modal Synthesis version of the Superelement, there are 3 main considerations: What DOF go on the boundary Should those boundary DOF be fixed or free, and How many component modes to retain

SimAcademy Webinar Archive: Marc Contact Analysis and the Corresponding Effective Parameter Settings

SimAcademy Webinar Archive: MSC Nastran Glued Contact - Leveraging MSC Nastran Technology to Expedite Mesh Assemblies and Integrate Global-Local Analysis

With MD Nastran Contact and more specifically MD Glued Contact technology, it is possible to quickly assemble non-congruent meshes and benefit the ability to integrate assemblies and integrated global-local assemblies. MD Contact Technology is simple to use and allows quick definition of contact bodies using an intuitive contact pair matrix system that allows controlling how contact bodies will behave against one another. Complete contact definition is supported by MSC’s preprocessors such as Patran and SimXpert. MD Glued contact is a subset of the contact technology integrated in all of MD Nastran linear and non-linear solutions, which can be used for typical solutions such as statics, normal modes, frequency responses and transient analyses to truly expedite system response evaluations and recover local effects within the primary structure.

SimAcademy Webinar Archive: All About Flexible Bodies in Adams

This presentation will explain how flexible bodies are created and used within the context of a simple crank-and-piston example.

SimAcademy Webinar Archive: Introduction to MSC Flightloads for Doublet Lattice Aeroelastic Analysis

MSC/MD Nastran provides a robust and widely used aeroelastic analysis capability. The Flightloads product within Patran provides ample pre- and post-processing for aeroelastic analysis. This presentation will introduce the attendees to the MSC/MD Nastran native doublet lattice aeroelastic analysis capabilities and touch on several of Flightload’s core capabilities including: Doublet Lattice mesh import, creation, modification and validation Creation and verification of splines for aero-structure motion and loads coupling Instrumentation of the aeroelastic model with integrated loads sensors (monitor points) Loads visualization and Flutter mode animation

SimAcademy Webinar Archive: Pre-stressed Normal Modes Analysis Using Patran and Nastran

MSC/MD Nastran allows for normal modes to be calculated on a preloaded structure. Preloads can have a significant effect on the normal modes of a structure, changing both the frequency and mode shape. Since many dynamically loaded structures have underlying static loads, it is often desirable to include the effect of such loads in the normal modes calculations. Patran can be used to set up the correct input for MSC Nastran to perform a pre-stressed normal modes analysis.

SimAcademy Webinar Archive: Composites Capabilities in Marc

Marc has been widely used for composite analysis. Besides the classical lamination theory, Marc has additional unique capabilities in composite analysis, including: - Large element library for composite analysis - Composite material properties can be created using Patran Laminate Modeler - Parabolic distribution of transverse shear strains through the thickness - Virtual Crack Closure Technology (VCCT), Cohesive Zone Modeling (CZM), Glue Failure, Delamination Failure, and Progressive Failure for composite damage - Adaptive global remeshing for crack propagation - Simulation of composite curing

SimAcademy Webinar Archive: MSC Nastran - Generic Method for Summing Loads about an Arbitrary Point using MSC Nastran Monitor Points

SimAcademy Webinar Archive: Academic - Using Simufact.forming, Powered by Marc and Dytran, for Metal Forming Simulations in Courses and Research

Simufact.forming is a dedicated software package for performing Finite element analysis (FEA) on all types of metal forming processes, like Forging, Cold Heading, Ring-Rolling, Extrusion, Roll Forming, Sheet Metal Forming, etc. The software is process oriented, and extremely easy to use. Because the software is also open and extendible, it is used extensively both for teaching purposes during introduction courses as for advanced Research projects. During the presentation, we will discuss and demonstrate how to use Simufact.forming, and it will be explained how the software is driving enhanced versions of MARC and DYTRAN, MSC Software’s powerful non-linear solvers. Examples will be provided how the software is being used at academic institutes around the world.

SimAcademy Webinar Archive: Adams - Gaining Efficiency Using Adams/View Scripting, Logic and Macros

Adams/View is a fully scriptable virtual prototyping environment. The built-in command language of Adams/View is logical and quite straight-forward to understand with the help of the various tools and documentation found in your Adams installation. Automating repetitive tasks with Adams/View scripting and/or building custom logic into your models and processes can greatly enhance productivity. This session will examine the basics of the Adams/View scripting language and discuss efficient methods for building up commands, loops and logic. Extending the scripting environment to macros and dialogue boxes will then be discussed along with strategies for managing the customization that you create.

SimAcademy Webinar Archive: Patran CAE Solid Modeler - Leveraging Parametric Information from Imported CAD Solids

On many occasions, CAE engineers will end up being challenged when performing meshing operations on complex solids inherited from various CAD sources. Thanks to Patran’s strong ability to convert most common CAD sources using the Parasolid engine, few engineers know they can still take advantage of the parametric information contained as part of the solid to expedite high quality meshing.

SimAcademy Webinar Archive: Academic - Vehicle Engineering with Adams

Multi Body Dynamics (MBD) simulation is a method for the study of dynamics of moving parts, how loads and forces are distributed throughout mechanical systems, and to improve and optimize the performance of these system. Finite Element Analysis (FEA) is perfect for studying linear vibration and transient dynamics, but is inefficient to analyze the large rotations and other highly nonlinear motion of full mechanical systems. MDB simulation is useful in quickly analyzing the motion and forces in such nonlinear systems. Adams/Car is a specialized environment for modeling vehicles for MBD simulation. It allows the user to create virtual prototypes of vehicle subsystems and analyze these virtual prototypes much like you would analyze the physical prototypes.

SimAcademy Webinar Archive: Patran - MSC Nastran GPFORCE/Freebody Plots in Patran

MSC Nastran supports various output requests. GPFORCE is an output request for force contributions at a node. The force contributions include reaction forces from constraints, rigid elements/mpcs, element forces from elements connected to these nodes, and applied loads. These force contributions should add up to zero for a static analysis. Using this GPFORCE output from MSC Nastran, Patran is able to sum up the individual contributions using the freebody tool. Using this tool, an engineer can either look at the GPFORCE output as a marker plot or come up with the total force or moment required to balance out the loads on a section of a model. For example, what is the total shear force and bending moment induced where a wing connects to a fuselage?

SimAcademy Webinar Archive: Academic - Using MSC Nastran and Patran for FEA in Courses and Research

Finite element analysis (FEA) is a useful and powerful tool for applying engineering fundamentals to the design and development of products. Practicing the use of finite element analysis using real world tools is beneficial for engineering universities. With some basic knowledge of the products offered by MSC Software, faculty and students can start to use these tools effectively and gain a skill that is valued in industry while improving the results of their classes and research projects.

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