It includes a powerful yet intuitive and user-friendly environment for investigating the system motion of moving parts. Altair inspire motion utilizes the same intuitive and user-friendly interface layout as Altair Inspire geometry structures and optimization. It includes the ability to easily navigate your model’s design using a model browser property editor, view controls, and ribbon bar.

Intuitive and easy-to-read icons are positioned in a left-to-right workflow arrangement. It guides the user analogical model building progression. As you build your model, micro dialogues help guide you with your selections tables help. You easily keep track of the various objects in your model, and a joint only view of your model allows. Also, you understand the connectivity of your model and make adjustments where necessary.

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Moreover, one of the many key features is adding joint connections using the geometric feature easily. Detection facilitates fast and easy, adding joints to the model and quick Park changeover when reviewing design alternatives. Defining contacts is easy and adds real-world accuracy to your model by simulating contacting components.

Also, friction can be added to increase the detail and accuracy of your designs. A profile editor allows you to quickly and easily build and visualize desired input functions for motors and actuators. Choose from predefined function curves or interact with the Builder. It’s using click-and-drag handles to create customized curve profiles. Create tabular data from your curve.

Export it to a file or import tabular data from external sources such as from physical testing. Evaluating data from the simulation is easy. Click on any part or feature in the browser or the model window or click on a force graphic and create a quick view plot of output characteristics such as forces displacements or velocities, or double-click a plot to launch a more interactive plot for capabilities.

Highlights

Topology Optimization

There’s a technique commonly known as topology optimization. These tools are useful to extract shapes from existing products that maximize the stiffness to weight ratio. It generates ladder structures and improves sheet metal components’ vibration performance using the topography and gait optimization functionality.

Manufacturing

Next, we have a set of manufacturing validation tools. They are useful for casting, forming, and extrusion to validate the designs from Inspire that can be manufactured through these methods. Plus, these tools help predict and alleviate manufacturing defects such as porosity shrinkage and cold shuts for casting wrinkles, tears, and metal pinning for forming. Even dye lines and profile distortions for extrusion, to name a few.

Math Modelling

Finally, the math modeling line has three tools.

Compose:

Compose is a matrix-based programming language used for process automation scripting, computing, and visualization.

Activate:

Activate is a one-dimensional system simulation tool for multidisciplinary problems and control systems.

Embed:

Finally, embed enables users to translate block diagram models to code suited for various controllers used in embedded system design.

Create & Modify Designs with Ease

Create, modify, & de-feature solid models quickly, use PolyNURBS to create free-form smooth geometry & study multiple assembly configurations.

Optimize for Manufacturability

Arrive at the ideal design direction exceptionally early in the process: topology optimization is based on physics & observes manufacturing process constraints.

Simulate at the Speed of Design

Experience an interactive engineering layout environment for rapid design exploration & product creation without investing in new computer hardware.

Geometry Creation and Simplification

Create, modify, and defeat solid models using Altair Inspire’s modeling tools. Leverage the speed & accuracy of SimSolid to evaluate multiple variants.

Dynamic Motion

Quickly generate dynamic motion of complex mechanisms, automatically identifying contacts, joints, springs, and dampers.

Topology Optimization

Altair Inspire offers many topology options, including optimization objectives, stress and displacement constraints, acceleration, gravity, & temperature loading conditions.

Design for Additive Manufacturing

Design for additive manufacturing with overhang shape controls to help reduce overhangs to create more self-supporting structures.

Structural Analysis

Investigate linear static & normal modes analysis on a model and visualize displacement, the factor of safety, percent of yield, tension and compression, von Mises stress, and significant principal stress.

Assembly Configuration

Multiple assembly configurations can be created. Also, these configurations can then be useful to evaluate various design scenarios and the resulting concepts.

System Requirements

Operating Systems:

• Windows 10 (64 bit), Windows 8.1 (64 bit), Windows 7 (64 bit)

Hardware:

• OpenGL graphics card with at least 256 MB of onboard memory
• Note: Integrated Intel graphics hardware is currently not supported

Memory:

• 4 GB of RAM (8 GB will be best)
• 10 GB or more of free HDD space

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