The Digital Twin Blog.
This Tips & Trick shows how to use Simcenter to create a 4D field, which allows you to model a functional expression of the form.
Maya HTT gets rewarded for its hard work with an award from Siemens at the annual partner conference!
The optimization works on a single laminate physical property and involves three components: design variables, design constraints, and design objectives.
Maya HTT Inc. is pleased to announce that it will provide support to Spike Aerospace Inc. to help develop the world’s first supersonic business jet and its digital twin.
NX Laminate Composites (NXLC) allows you to easily define laminates, assign them to 2D or 3D meshes of complex geometries, and post-process composite failure metrics.
This Tips & Trick shows how to drive expressions in NX from an external spreadsheet.
This Tips & Trick shows how to display polygon bodies together with results in the NX post-processor.
A common limitation when accessing CAD data from a CAE tool is the inability to support design changes with automated updates of the idealized CAE geometry, mesh, loads, and constraints.
This Tips & Trick shows how to map Polygon Faces (i.e., CAE faces) to CAD Faces.
This Tip & Trick will expose a common misunderstanding about sandwich structures, causing designers to often overestimate their overall stiffness or to stiffen them in a less than optimal fashion.
Fluid flow can be broadly categorized into three regimes: laminar, transitional, and turbulent. In laminar flow, the fluid remains stratified and no mixing occurs beyond molecular diffusion.
When assembling parts, creating and editing meshes and setting-up simulations, NX tools are often used repetitively.
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