FEA Web Courses
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Prescribing Motion with Mechanical Event Simulation - 08/13/2008
Mechanical Event Simulation allows for a variety of ways to induce or prescribe motion in an event. The use of actuator elements, prescribed displacements/rotations and initial conditions will be explained as well as the use of time-varying load curves.
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Advanced Static Stress with Nonlinear Material Models - 07/17/2008
For the nonlinear analyst who has completed the Getting Started with Nonlinear Material Models Web Course. These material models include Hyperfoam, Mooney-Rivlin and Ogden for rubber materials and Drucker-Prager for soils. The effects of thermal creep and temperature-dependent material properties will also be considered.
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Getting Started with Static Stress with Nonlinear Material Models - 07/16/2008
For the beginning nonlinear analyst who works with hyperelastic, foam or plastic materials experiencing large deformation and strain: This course teaches ALGOR's nonlinear capabilities from modeling and setting up a nonlinear static stress analysis to working with load curves and evaluating results.
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Multiphysics Capabilities Using ALGOR - 07/02/2008
This course is for engineers who want to explore all of ALGOR's multiphysics capabilities. A thorough overview will be presented and several examples will be studied.
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How to Effectively Use Beam Elements - 06/18/2008
For the beginner to advanced engineer: Find out how to use beam elements to start your design process. See quick methods of creating beam element models with ALGOR's beam modeling tools. This course will focus on the options for beam elements and how to convert beam models into 3-D models.
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How to Determine Appropriate Element Types - 06/04/2008
For the beginner: This course will show different modeling approaches for the same linear static stress model. Different element types will be used to show the advantages and disadvantages of each type.
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Contact Problems Using Static Stress with Linear Material Models - 05/07/2008
For the analyst/designer who needs to use ALGOR's linear contact capabilities: Watch a detailed walk-through of a CAD solid model using contact, including friction effects.
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Material Models for MES - 04/23/2008
For all levels of experience [especially engineers who perform Mechanical Event Simulation (MES)]: Learn about the material models built into ALGOR's Material Library Manager. Find out when to use the various material models and how to input the necessary material properties.
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Getting Started with ALGOR - 04/09/2008
For the beginner: Learn to perform static stress with linear material models, heat transfer, fluid flow and Mechanical Event Simulation (MES) analyses. See how ALGOR software makes engineering easier with a single user interface and intuitive data input screens.
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Advanced MES Elements II - 03/26/2008
For engineers utilizing Mechanical Event Simulation (MES), we will continue our exploration of various elements and their typical applications. Through this web course, you will gain an understanding of how these elements may be utilized and further expand your knowledge of MES' abilities.
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Advanced MES Elements I - 03/12/2008
For engineers utilizing Mechanical Event Simulation (MES), we will explore various elements and their typical applications. Through this web course, you will gain an understanding of how these elements may be utilized and expand your knowledge of MES' abilities.
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Advanced Linear Dynamic Analysis - 02/28/2008
For the dynamicist with a basic understanding of our linear dynamic analysis tools, this course will expand upon the subject by focusing on additional analysis types and options.
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Getting Started with Linear Dynamic Analysis - 02/27/2008
Designed for the beginning dynamicist, this course will provide a thorough introduction to linear dynamics and provide an overview of the analysis types, input requirements and results evaluation options.
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Advanced Static Stress with Linear Material Models - 02/14/2008
Learn various techniques to simplify complex models, optimize setup and analysis times and improve accuracy. The use of FEMPRO to create and modify models will be introduced. Concepts such as beam theory, symmetry and contact will also be covered.
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Getting Started with Static Stress with Linear Material Models - 02/13/2008
New to FEA? This course will establish your foundation for FEA and provide you with what you need to get started, including tips on modeling and mesh generation, analysis setup, results evaluation and presentation.
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Using InCAD Technology for Performing FEA with CAD - 01/30/2008
For the designer with basic to advanced FEA needs: If you design products in a CAD solid modeler, you will welcome the ease-of-use, direct CAD/CAE data exchange and full associativity provided by ALGOR's InCAD technology. Navigate ALGOR's easy-to-use single user interface, FEMPRO, which is extensible to all analysis types.
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Advanced MES - 01/17/2008
This course will cover the use of MES with linear and nonlinear materials. These materials will include rubber, soil, fluids and those that are temperature-dependent. Various methods of initiating motion for applications such as hydraulics and complex mechanisms will be discussed.
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Getting Started With MES - 01/16/2008
For all levels of experience: Learn how to use this FEA-based simulation software that combines large-scale motion and stress analysis in a single process to simulate real-world conditions more accurately.
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Results Evaluation and Presentation - 11/28/2007
For the beginner to the advanced engineer: It's not enough to create a great design and do a first-rate engineering analysis. Every engineer needs to evaluate and present design findings, so this course will provide in-depth coverage of the results evaluation and presentation options in FEMPRO®. Make your design stand out from the others with ALGOR's automatic tools for creating reports, animations and graphics for print and electronic media.
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Advanced Fluid Flow Analysis - 11/15/2007
This course will teach techniques to optimize a fluid flow analysis. The application of pressure and velocity loads as well as meshing techniques will be discussed. Turbulence, vortex shedding and flow through porous media will be covered as well.
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Getting Started With Fluid Flow Analysis - 11/14/2007
For engineers working with fluids: This course teaches you how to build and analyze 2- and 3-D fluid flow models in ALGOR. Topics such as applying loads and reviewing results will be covered.
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Modeling for 2-D Analysis - 10/31/2007
When you finish this course, you will know the basic methods for generating models with 2-D elements to be used for analysis in ALGOR. Analyses with 2-D elements are frequently used in FEA because they are easy to generate, analyze quickly and can be used for a wide range of FEA problems.
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How to Set Up and Analyze Contact Problems with MES - 10/17/2007
For engineers performing impact analyses, this course will feature the unique capabilities of ALGOR's Mechanical Event Simulation (MES) for large motion/deformation. Watch the step-by-step setup and analysis of impact scenarios using ALGOR's easy-to-use interface, FEMPRO®. This course will cover surface-to-surface contact and impact planes.
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Getting Started with FEA: Theory and Practical Application - 10/03/2007
For the beginner: Finite Element Analysis (FEA) software makes engineering easier by providing users with tools that can solve complex problems. Learn the basic theory of FEA through practical examples. This course will outline the geometry, element, material, load and constraint options that are available for FEA in ALGOR.
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Using Composite Elements - 09/19/2007
This Web Course is important for engineers who work with composite materials. This course provides insight on composite element theory, static stress, dynamic analysis and Mechanical Event Simulation (MES) and explores ALGOR's material model library.
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How to Model Thin Parts - 09/05/2007
Engineers that need to model thin parts will want to view this course. The user will gain knowledge of how to model such parts and the advantages and disadvantages of using different element types for these types of models
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Using Hyperelastic and Viscoelastic Material Models in MES - 08/22/2007
ALGOR's extensive range of nonlinear material models allows the engineer to choose the material model best suited to predict the behavior of the object to be analyzed. In this web course you will learn about the hyperelastic material models available for modeling rubber-like materials, as well as the viscoelastic material models available for metallic or polymeric materials which exhibit time dependant strain.
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How to Work Effectively with Design Scenarios - 08/08/2007
ALGOR design scenarios allow you to quickly study various parameters applied to a model or even set up and perform different analysis types with the same model. With the analyses complete, design scenarios also allow you to efficiently toggle between the various results. Learn how to set up your FEA model and make the best use of design scenarios to get the complete picture of what is happening under different conditions.
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How to Effectively Use 2-D Analysis - 07/11/2007
For the beginner to advanced engineer: Find out how to use 2-D analyses to start your design process. See quick methods of creating 2-D sketches and finite element meshes within FEMPRO. This course will focus on the options for 2-D elements and how to convert 2-D models into 3-D models.
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How to Set Up and Analyze Impact Problems with MES - 06/20/2007
If you work with impact analyses, this course will feature the unique capabilities of ALGOR's Mechanical Event Simulation (MES) for large motion/deformation. Watch the step-by-step setup and analysis of impact scenarios using ALGOR's easy-to-use interface, FEMPRO. This course will cover surface-to-surface contact and impact planes.
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CFD - Fluid Flow and Heat Transfer - 06/06/2007
Engineers that need to combine fluid and thermal effects will be interested in this course. The course will explain how to use the FEMPRO single user interface for multiphysics analyses involving fluid flow and heat transfer for natural, forced and mixed convection problems.
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How to Model Complex Geometries - 05/16/2007
For the beginner to advanced engineer: This course will cover step-by-step instruction and techniques needed to model large, complex parts and assemblies. Models will be shown that demonstrate the advanced modeling capabilities that are available. This course also illustrates how to combine element and meshing types to simplify geometries.
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Advanced Heat Transfer Analysis - 05/03/2007
For the advanced engineer: By viewing this course, you will learn various techniques to simplify complex thermal models and reduce setup and analysis times. Concepts such as body-to-body radiation will be covered, as well as an introduction to multiphysics capabilities.
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Getting Started with Heat Transfer Analysis - 05/02/2007
For the beginner and advanced engineer: If you're working with convection, conduction or heat flux, this course will help you in performing analyses involving time-varying temperatures and all heat transfer situations.
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Creating and Working with Surface Models - 04/18/2007
Working with surface models allows ALGOR users to explore other modeling options and make use of other supported element types. Many CAD tools allow for the creation of surface models and this Web Course will teach you how to effectively analyze these models.
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How to Model Welds and Weldments - 04/04/2007
For the beginner to advanced engineer: Find out how to use ALGOR to model welds and weldments, including the available modeling and element options. Then, discover how to review the model and determine critical results for design decisions.
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Using Multipoint Constraints - 03/21/2007
ALGOR continually improves its product line by adding new numerical capabilities in order to provide an accurate mathematical model of a real-world system. This web course introduces the user to multipoint constraints (MPCs) and illustrates a wide variety of use cases.
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Thermal Stress Analysis Using ALGOR - 03/07/2007
Many types of systems in use today involve both thermal and structural loading. Learn how thermal effects can be used to affect a structural analysis using ALGOR's linear and nonlinear products.
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Analyzing Concrete Structures Using MES - 02/22/2007
This web course will explore the concrete material models available within ALGOR's nonlinear products. Join ALGOR application engineers as they walk through typical applications involving concrete.
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How to Model Bolted Connections - 02/07/2007
For the beginner to advanced engineer: Discover how to account for the presence of bolts in a model and explore several modeling options, as well as gain insight into how bolt preloads are added.
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Getting Started with Modeling in ALGOR - 08/27/2008
When you finish this course, you will know the basic methods for modeling with ALGOR. Learn basic modeling techniques, work with CAD models and hand meshes, control mesh size and verify models.
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Advanced Modeling in ALGOR - 08/28/2008
This course will introduce all of the methods for creating models to analyze with ALGOR. This will include opening models from CAD solid modelers and using ALGOR to create models. Hand meshing and automatic meshing techniques will be covered and refinement methods will be used to optimize a mesh.
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How to Model Bolted Connections - 09/10/2008
For the beginner to advanced engineer: Discover how to account for the presence of bolts in a model and explore several modeling options, as well as gain insight into how bolt preloads are added.
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Analyzing Concrete Structures Using MES - 09/24/2008
This web course will explore the concrete material models available within ALGOR's nonlinear products. Join ALGOR application engineers as they walk through typical applications involving concrete.
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