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Using NovaFlow&Solid to Simulate Filters Using NovaFlow&Solid to Simulate Filters Learn More
Using NovaFlow&Solid to Simulate Filters

Simulate pressed filters, foam filters, and a combination of foam and extruded filters with NovaFlow&Solid.

Friction Stir Welding: A Manufacturing Process as Trendy as it is Reliable Friction Stir Welding: A Manufacturing Process as Trendy as it is Reliable Learn More
Friction Stir Welding: A Manufacturing Process as Trendy as it is Reliable

Friction Stir Welding is a relatively recent solid-state welding process developed by Wayne Thomas in TWI and patented in 1991. This technology consists of the assembly of two similar or dissimilar materials using a rotating tool to ensure a mixing of the two materials.

White Paper: Calculation Management Software for Chemical Engineers White Paper: Calculation Management Software for Chemical Engineers Learn More
White Paper: Calculation Management Software for Chemical Engineers

This whitepaper examines how chemical engineers use Maple™ for calculation management, transforming what would otherwise be isolated analyses into an intellectual asset.

White Paper: Reduce Calculation Risk with Units-Aware Math Software White Paper: Reduce Calculation Risk with Units-Aware Math Software Learn More
White Paper: Reduce Calculation Risk with Units-Aware Math Software

Simply by using units-aware calculation software throughout a technical analysis, you eliminate unit conversion errors and provide a check on the physical validity of your equations. This saves time, removes a source of frustration and increases the reliability of your analyses.

Tips and Tricks: Total Materia Premium Edition Tips and Tricks: Total Materia Premium Edition Learn More
Tips and Tricks: Total Materia Premium Edition

A collection of tips and tricks to help users get up and running with Total Materia quickly and easily.

CAD Toolbox by Maplesoft: Tutorial CAD Toolbox by Maplesoft: Tutorial Learn More
CAD Toolbox by Maplesoft: Tutorial

In this tutorial, you will build a slider-crank mechanism from a .step file by performing the following tasks: - Import the CAD drawing - Group parts into a sub-assembly - Add Coords and then import the CAD subsystems into MapleSim - Build the slider-crank - Simulate the model

What's New - MapleSim 2017 What's New - MapleSim 2017 Learn More
What's New - MapleSim 2017

The MapleSimTM 2017 family of products offers new and improved model development and analysis tools, expands your modeling scope, introduces new deployment options, and strengthens toolchain connectivity.

What's New - Maple 2017 What's New - Maple 2017 Learn More
What's New - Maple 2017

Highlights and new features in the latest release of Maple from Maplesoft.

White Paper: An Efficient Workflow for Composite Design & Analysis Using LAP, CoDA & Laminate Tools with HyperMesh White Paper: An Efficient Workflow for Composite Design & Analysis Using LAP, CoDA & Laminate Tools with HyperMesh Learn More
White Paper: An Efficient Workflow for Composite Design & Analysis Using LAP, CoDA & Laminate Tools with HyperMesh

The task is to define optimal composite material and laminate property data, using HyperMesh in combination with Anaglyph’s composites design and analysis software tools.

Tutorials: ProteusDS Tutorials: ProteusDS Learn More
Tutorials: ProteusDS

Comprehensive ProteusDS tutorials on everything from creating a project to using the ballast tank feature.

White Paper: Manufacturing Chain Modeling with Virfac® Using HyperMesh White Paper: Manufacturing Chain Modeling with Virfac® Using HyperMesh Learn More
White Paper: Manufacturing Chain Modeling with Virfac® Using HyperMesh

Running simulations before production is often a credo for many industries using manufacturing processes like welding, machining, heat treatment, etc. Virfac®, which stands for Virtual Factory, is the perfect tool to predict, anticipate and optimize the thermal & mechanical behavior of the workpiece along the entire manufacturing chain. Please see hereafter a three-step chaining process, using a HyperMesh mesh, starting with a “T-joint” welding, followed by a machining process, and finally ends with a heat treatment.

NovaFlow&Solid Gravity Casting Technical Specifications NovaFlow&Solid Gravity Casting Technical Specifications Learn More
NovaFlow&Solid Gravity Casting Technical Specifications

This document provides an overview of the of the necessary requirements to successfully run NovaFlow&Solid for gravity casting.

NovaFlow&Solid High Pressure Die Casting Technical Specifications NovaFlow&Solid High Pressure Die Casting Technical Specifications Learn More
NovaFlow&Solid High Pressure Die Casting Technical Specifications

This document provides an overview of the of the necessary requirements to successfully run NovaFlow&Solid for high pressure die casting.

White Paper: Virtual Commissioning with a Model-Driven Digital Twin White Paper: Virtual Commissioning with a Model-Driven Digital Twin Learn More
White Paper: Virtual Commissioning with a Model-Driven Digital Twin

As demands on product requirements increase, the inherent design risks can pose significant problems, threatening the success and reputation of those trying to keep pace. To mitigate this risk, the technique of virtual commissioning (VC) promises to reduce the significant delays and costs associated with the difficult task of system integration and commissioning.

NovaFlow&Solid Lost Wax Casting Technical Specifications NovaFlow&Solid Lost Wax Casting Technical Specifications Learn More
NovaFlow&Solid Lost Wax Casting Technical Specifications

This document provides an overview of the of the necessary requirements to successfully run NovaFlow&Solid for lost wax casting.

White Paper: Engineers - Stop Doing Algebra by Hand! White Paper: Engineers - Stop Doing Algebra by Hand! Learn More
White Paper: Engineers - Stop Doing Algebra by Hand!

Save time and reduce risk with computer algebra systems.

White Paper: Calculation Management Software for Electrical Engineers White Paper: Calculation Management Software for Electrical Engineers Learn More
White Paper: Calculation Management Software for Electrical Engineers

The paper starts by examining Maple’s features for doing, documenting and deploying calculations. Then, several typical electrical engineering applications are discussed.

Model Verification Director Datasheet Model Verification Director Datasheet Learn More
Model Verification Director Datasheet

Altair's Model Verification Director (MVD) allows engineering analysts to validate CAD model data received from the design teams, automatically identifying potential issues that could slow down the pre-processing stage of the simulation life cycle. The MVD is embedded into HyperWorks pre-processing technology, HyperMesh and integrated into the Assembly Browser.

RAMDO - HyperStudy & OptiStruct Example RAMDO - HyperStudy & OptiStruct Example Learn More
RAMDO - HyperStudy & OptiStruct Example

This step-by-step tutorial details how to use RAMDO with HyperStudy and OptiStruct.

White Paper: Optimizing Strain Gauge Placement with LW Finder & HyperMesh White Paper: Optimizing Strain Gauge Placement with LW Finder & HyperMesh Learn More
White Paper: Optimizing Strain Gauge Placement with LW Finder & HyperMesh

This white paper demonstrates how to find the optimal locations to place strain gauges on a casted bracket in order to accurately measure loads.

Installation Guide: nanoFluidX 2.09 Installation Guide: nanoFluidX 2.09 Learn More
Installation Guide: nanoFluidX 2.09

Brief installation instructions.

White Paper: Calculation Management Done Right White Paper: Calculation Management Done Right Learn More
White Paper: Calculation Management Done Right

Calculation management is a strategy that systematizes the way an organization manages its mathematics and knowledge, from start to finish.

White Paper: Stories from Industry - Doing System-Level Modeling for the First Time White Paper: Stories from Industry - Doing System-Level Modeling for the First Time Learn More
White Paper: Stories from Industry - Doing System-Level Modeling for the First Time

The high demands placed on engineering teams are requiring new technologies and tools that can help turn out higher quality products with fewer costly, late-stage design changes. Many engineers are familiar with some modeling techniques such as CAD or FEA, but they have yet to embrace a system-level modeling approach to analyze the dynamics of their entire design in a fully integrated way.

White Paper: Unlocking Commercial Knowledge - How System-Level Modeling forms the Basis for High-Performance, Low-Risk Designs White Paper: Unlocking Commercial Knowledge - How System-Level Modeling forms the Basis for High-Performance, Low-Risk Designs Learn More
White Paper: Unlocking Commercial Knowledge - How System-Level Modeling forms the Basis for High-Performance, Low-Risk Designs

What do we mean by system-level modeling? Generally, we are referring to a modeling process that uses physics-based components, connected together in a system spanning multiple physical domains. These models are a mix of discrete and continuous systems that aim to replicate the product’s performance in real life – a virtual prototype upon which testing occurs.

White Paper: Frequency FE-Based Weld Fatigue Life Prediction of Dynamic Systems White Paper: Frequency FE-Based Weld Fatigue Life Prediction of Dynamic Systems Learn More
White Paper: Frequency FE-Based Weld Fatigue Life Prediction of Dynamic Systems

In most aspects of mechanical design related to a motor vehicle there are two ways to treat dynamic fatigue problems, that is time domain vs. frequency domain approach. Time domain approaches are the most common and most widely used especially in the automotive industries and accordingly, it is the method of choice for the fatigue calculation of welded structures.

White Paper: Simultaneous Durability Assessment and Relative Random Analysis Under Base Shake Loading Conditions White Paper: Simultaneous Durability Assessment and Relative Random Analysis Under Base Shake Loading Conditions Learn More
White Paper: Simultaneous Durability Assessment and Relative Random Analysis Under Base Shake Loading Conditions

For many automotive systems, it is required to calculate both the durability performance of the part and to rule out the possibility of the collision of individual components during severe base shake vibration conditions. The check for “collisions” has previously been done separately with the resultant “doubling up” of the analysis being both time-consuming and cumbersome. However, new technological advances now make it possible to do both these calculations at the same time and this paper will present results for an exhaust model analyzed using NASTRAN.

White Paper: Creating Accurate Surrogate and/or Accelerated Loads for Known Models or Structural Systems Types White Paper: Creating Accurate Surrogate and/or Accelerated Loads for Known Models or Structural Systems Types Learn More
White Paper: Creating Accurate Surrogate and/or Accelerated Loads for Known Models or Structural Systems Types

For laboratory-based simulation, especially of parts or subsystems, there is a need (usually because of available test equipment) to simplify the loads down to single input loads one at a time (eg, X, then Y, then Z) and this poses significant challenges. Two common approaches are currently used. This paper presents the details of a new approach which is a variation of the FDS approach but using the actual system properties.

Design Exploration Process for Aerospace Industry Design Exploration Process for Aerospace Industry Learn More
Design Exploration Process for Aerospace Industry

Today in research of new designs and under the engineering circumstances detailed above, the time is there to use design exploration within multi-physics co-simulation as it leads to more desirable solutions than design optimization does.

White Paper: Intelligent Light - Automotive White Paper: Intelligent Light - Automotive Learn More
White Paper: Intelligent Light - Automotive

Three Ways to Use Efficient CFD Workflows to Address Challenges in Automotive Engineering

White Paper: One Source Solution for Short-Fiber Reinforced Materials in FEA White Paper: One Source Solution for Short-Fiber Reinforced Materials in FEA Learn More
White Paper: One Source Solution for Short-Fiber Reinforced Materials in FEA

With use of today’s technology, FE simulation of the injection molding process is state of the art. Several unique solvers are available for this purpose. However, an appropriate coupling between the injection molding simulation and the mechanical simulation is required.

White Paper: OHB & CAEfatigue - Simultaneous Durability Assessment and Relative Random Analysis Under Base Shake Loading Conditions White Paper: OHB & CAEfatigue - Simultaneous Durability Assessment and Relative Random Analysis Under Base Shake Loading Conditions Learn More
White Paper: OHB & CAEfatigue - Simultaneous Durability Assessment and Relative Random Analysis Under Base Shake Loading Conditions

For many aerospace systems it is required to calculate both the durability of the part and to rule out the possibility of collision of individual components during severe base shake vibration conditions. Advanced frequency domain methods now exist to enable the durability assessment to be undertaken fully in the frequency domain and utilizing the most advanced and efficient analysis tools.

MBSE Overview MBSE Overview Learn More
MBSE Overview

Integrating system models with simulation improves design quality and engineering productivity.

What's New - NovaFlow&Solid 6.3 What's New - NovaFlow&Solid 6.3 Learn More
What's New - NovaFlow&Solid 6.3

Highlights and new features in the latest release of NovaFlow&Solid from NovaCast Systems.

What's New - Crash Cad Calculate 3.0 What's New - Crash Cad Calculate 3.0 Learn More
What's New - Crash Cad Calculate 3.0

Highlights and new features in the latest release of Crash Cad Calculate by Impact Design.

White Paper: Industry 4.0 and the Power of the Digital Twin White Paper: Industry 4.0 and the Power of the Digital Twin Learn More
White Paper: Industry 4.0 and the Power of the Digital Twin

Adopt a systems approach to machine design and survive the next industrial revolution.

White Paper: Minimization of Forming Load of Gear Driver Forging Process with AFDEX and HyperStudy White Paper: Minimization of Forming Load of Gear Driver Forging Process with AFDEX and HyperStudy Learn More
White Paper: Minimization of Forming Load of Gear Driver Forging Process with AFDEX and HyperStudy

In this paper, a workflow is presented that integrates the functionalities of a metal forming simulation software, AFDEX and a multidisciplinary optimization software, HyperStudy. Using this approach, the forming load of a gear driver used in an automotive transmission is minimized and two die design parameters are optimized.

White Paper: Advanced System-Level Modeling of Complex Machines White Paper: Advanced System-Level Modeling of Complex Machines Learn More
White Paper: Advanced System-Level Modeling of Complex Machines

This article illustrates how engineers involved in the design of complex machines are making significant strides in their work with the help of the Maplesoft Engineering Solutions team. Learn more about such diverse projects as revolutionary mining equipment, more reliable offshore machines, a parametric approach to designing an industrial pick-and-place robot, and improved performance of crane control systems.

White Paper: Searching, Exploring and Visualizing Data using Maple White Paper: Searching, Exploring and Visualizing Data using Maple Learn More
White Paper: Searching, Exploring and Visualizing Data using Maple

This paper presents several examples of how Maple can be used to search and filter large data repositories, explore and visualize the data in innovative ways and use the data to predict future behavior.

White Paper: Model-Driven Innovation White Paper: Model-Driven Innovation Learn More
White Paper: Model-Driven Innovation

The Model-Driven Innovation approach, and its emphasis on employing virtual prototyping at the system-level, is an invaluable technique when designing complex systems. This approach means that: Problems can be fixed before the system integration and physical prototyping stages. Project delays can be avoided because engineers are able to quickly detect, and correct, problems that arise due to the interactions between different subsystems. Systems can be analyzed, and designs validated and improved with access to the underlying mathematics. By employing this approach, companies can reduce development risks, develop better products, and get to market faster.

White Paper: Thermal Engineering Analysis with Maple White Paper: Thermal Engineering Analysis with Maple Learn More
White Paper: Thermal Engineering Analysis with Maple

Learn how Maple can be applied to thermal engineering analysis, assisting in applications such as: - Modeling the heat flows across a vapor-compression refrigeration cycle - Simulating a lumped parameter model of a heat exchanger - Calculating the heat changes necessary to condition air into the human comfort zone - Finding the parameters that maximize the efficiency of a regenerative Rankine cycle - Investigating how different fluids and process parameters affect the efficiency of an organic Rankine cycle

Tips & Tricks: LAP Tips & Tricks: LAP Learn More
Tips & Tricks: LAP

Step-by-Step Layup Optimization with LAP

Whitepaper: A Design-Validation-Production Workflow for Aerospace Additive Manufacturing Whitepaper: A Design-Validation-Production Workflow for Aerospace Additive Manufacturing Learn More
Whitepaper: A Design-Validation-Production Workflow for Aerospace Additive Manufacturing

Additive manufacturing coupled with topology optimization allows the design-and-analysis and manufacturing iterations to be reduced significantly, or even eliminated. To ensure that the part will perform as simulated, a mid-stage validation is conducted on a standardized part before creating the final products.

Global-Local Analysis Using StressCheck, HyperMesh, HyperView and OptiStruct Global-Local Analysis Using StressCheck, HyperMesh, HyperView and OptiStruct Learn More
Global-Local Analysis Using StressCheck, HyperMesh, HyperView and OptiStruct

This whitepaper describes the workflow for combining global and local analysis in structural development using StressCheck in combination with HyperWorks.

A Design-Validation-Production Workflow for Aerospace Additive Manufacturing A Design-Validation-Production Workflow for Aerospace Additive Manufacturing Learn More
A Design-Validation-Production Workflow for Aerospace Additive Manufacturing

There is a lot of hype these days regarding Additive Manufacturing (AM) or 3D Printing. Are companies seriously looking at this technology to make real parts for actual applications? For the aerospace industry, the hype is starting to become more real.

Automated Parameter Tuning for Optimized Vehicle Dynamics Automated Parameter Tuning for Optimized Vehicle Dynamics Learn More
Automated Parameter Tuning for Optimized Vehicle Dynamics

This paper, which was presented at the 2015 Americas ATC, demonstrates a workflow between HyperStudy, CarSim and solidThinking Compose.

Electrostatic Simulation of a High Voltage Bushing Electrostatic Simulation of a High Voltage Bushing Learn More
Electrostatic Simulation of a High Voltage Bushing

This whitepaper showcases the process and benefits of using Charge, from Fieldscale, for electrostatic simulation of a high voltage bushing.

Electrostatic Simulation of a Medium Voltage Cable: The Effects of a Void Defect Electrostatic Simulation of a Medium Voltage Cable: The Effects of a Void Defect Learn More
Electrostatic Simulation of a Medium Voltage Cable: The Effects of a Void Defect

This whitepaper shows how Charge can be applied to help develop better electric power cables.

The Art & Science Behind Manufacturing The Art & Science Behind Manufacturing Learn More
The Art & Science Behind Manufacturing

Do you ever think about all the work that lies behind developing almost everything in the world around us? This article reflects on the tremendous effect the manufacturing process has on everything we use in our daily lives.

Concept to Deployment with Maple Concept to Deployment with Maple Learn More
Concept to Deployment with Maple

Preserve Knowledge, Manage Innovation, Accelerate Solution Development

Model Driven Innovation with MapleSim Model Driven Innovation with MapleSim Learn More
Model Driven Innovation with MapleSim

MapleSim's capabilities provide model-driven innovation by helping identify problems early in the engineering process.

RADIOSS and MADYMO Coupling Tutorial RADIOSS and MADYMO Coupling Tutorial Learn More
RADIOSS and MADYMO Coupling Tutorial

This document explains how to set up a RADIOSS coupling model using a MADYMO dummy model.

The Evolving Role of Physical Testing in Simulation-Driven Product Development The Evolving Role of Physical Testing in Simulation-Driven Product Development Learn More
The Evolving Role of Physical Testing in Simulation-Driven Product Development

Physical tests have been historically used for performance verification and validation. However, as more reliance on simulation is built up, the role shifts to that of final validation with a series of intermediate tests to build confidence in simulation.

Bruel & Kjaer Whitepaper: Designing the Sound Experience with NVH Simulation Bruel & Kjaer Whitepaper: Designing the Sound Experience with NVH Simulation Learn More
Bruel & Kjaer Whitepaper: Designing the Sound Experience with NVH Simulation

Creating the perfect vehicle sound is a critical challenge that needs to be addressed in order to produce the highest quality product. Insight+ offers many capabilities to help achieve this.

Engineering the Design Process for 3D Printing Engineering the Design Process for 3D Printing Learn More
Engineering the Design Process for 3D Printing

3D printing is gripping the engineering community with large mass appeal. With a confluence of many factors like aggressive marketing, advancements in manufacturing processes, willingness and bold initiatives to reduce weight, the adoption phase has clearly crossed the chasm from early adopters to an early majority.

Materials and Material Management Materials and Material Management Learn More
Materials and Material Management

When simulation results don't make sense, what checks do you perform? Besides the modeling aspects of loads and boundary conditions, mesh sizes, right formulations, etc., the most often overlooked cause of problems is the wrong assignment of materials and properties in a solver input deck. In the midst of running many simulations it is so easy to modify values that users forget that what they intended for a part is not what is being analyzed. Identifying the correct material values and assigning them is such a crucial step in your analysis that any mistake can compromise the results and design decisions you make based on simulation.

Is Excel Hindering Your Engineering Projects? Is Excel Hindering Your Engineering Projects? Learn More
Is Excel Hindering Your Engineering Projects?

Dedicated mathematical software like Maple provides a state-of-the-art environment for advanced engineering calculations.

Low Frequency Electromagnetic Analysis and its Structural and Thermal Effects Low Frequency Electromagnetic Analysis and its Structural and Thermal Effects Learn More
Low Frequency Electromagnetic Analysis and its Structural and Thermal Effects

Altair customers have access to the world's leading technologies for electromagnetic applications, which expand to modern electrical and communication systems as well, with FEKO covering the high frequency problems and JMAG from JSOL covering the low frequency domain.

Fatigue, Composites & Optimization: Themes for Partner Presentations at the Americas Altair Technology Conference Fatigue, Composites & Optimization: Themes for Partner Presentations at the Americas Altair Technology Conference Learn More
Fatigue, Composites & Optimization: Themes for Partner Presentations at the Americas Altair Technology Conference

Americas ATC 2015 had one of the highest attendance in history, with about 750+ users in a span of 3 days attending workshops and presentations. Close to half the number of partners from the APA were present to interact with customers and showcase their technologies. Sridhar highlights the key points covered in the presentations.

From Manufacturing to Design Validation From Manufacturing to Design Validation Learn More
From Manufacturing to Design Validation

The Altair Partner Alliance's Technical Director reflects on proper design validation when it comes to fiber reinforced plastics.

CAEfatigue SAE Paper CAEfatigue SAE Paper Learn More
CAEfatigue SAE Paper

Technical paper discussing advances relating to fatigue calculations for combined random and deterministic loads.

CAEfatigue Technical Paper for UK NAFEMS CAEfatigue Technical Paper for UK NAFEMS Learn More
CAEfatigue Technical Paper for UK NAFEMS

Whitepaper discussing fatigue calculations for multi-input random and deterministic loads in frequency domain.

CAEfatigue Technical Paper for US NAFEMS CAEfatigue Technical Paper for US NAFEMS Learn More
CAEfatigue Technical Paper for US NAFEMS

Whitepaper discussing improved methods of frequency domain fatigue calculations for automotive systems.

CAEfatigue Presentation Addressing Time v. Frequency Domain Analysis for Large Automotive Systems CAEfatigue Presentation Addressing Time v. Frequency Domain Analysis for Large Automotive Systems Learn More
CAEfatigue Presentation Addressing Time v. Frequency Domain Analysis for Large Automotive Systems

Presentation covering development and application of time and frequency domain analysis in the automotive industry.

Comments on the Testing and Management of Plastics Material Data Comments on the Testing and Management of Plastics Material Data Learn More
Comments on the Testing and Management of Plastics Material Data

Presentation delivered by Hubert Lobo at the CARHS Automotive CAE Grand Challenge in Hanau, Germany. This presentation reviewed our latest findings related to volumetric yield in polymers and its relationship to failure, as well as the material database technology that was created to store this kind of multivariate data and the analytical tools created to help the CAE engineer understand and use plastics material data.

The Most Common Mistakes Engineers Make In Thermal Modeling The Most Common Mistakes Engineers Make In Thermal Modeling Learn More
The Most Common Mistakes Engineers Make In Thermal Modeling

Engineers and designers are increasingly relying on modeling solutions to prototype, test, prove and experiment as a means to more accurately predict how a built vehicle or other application will respond to various thermal conditions. While these methods are designed and promoted to save manufacturers time and money, five common mistakes made during the modeling phase can actually cost you more money, add time to the design cycle, and ultimately hurt product performance.

FEMFAT Multiaxial Webinar Presentation Slides FEMFAT Multiaxial Webinar Presentation Slides Learn More
FEMFAT Multiaxial Webinar Presentation Slides

This presentation focuses on fatigue life prediction for multiaxial loaded components including both physical test bench and independent loadings over time (transient).

New Methods for Assesing the Durability of Adhesive Bonds Introduced in nCode DesignLife New Methods for Assesing the Durability of Adhesive Bonds Introduced in nCode DesignLife Learn More
New Methods for Assesing the Durability of Adhesive Bonds Introduced in nCode DesignLife

Methods for assessing the durability of adhesive bonds in lightweight vehicle structures available in version 8 of nCode.

A Thin, Low-Profile Antenna Using a Novel High Impedance Ground Plane A Thin, Low-Profile Antenna Using a Novel High Impedance Ground Plane Learn More
A Thin, Low-Profile Antenna Using a Novel High Impedance Ground Plane

The size of the antenna for a given application does not depend purely on the technology but on the laws of physics where the antenna size with respect to the wavelength has the predominant influence on the radiation characteristics.

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