ahvasup.blogg.se - may 2022

#ALTAIR SOLIDTHINKING INSPIRE HOW TO#
#ALTAIR SOLIDTHINKING INSPIRE SOFTWARE#
#ALTAIR SOLIDTHINKING INSPIRE SERIES#

This means architectural tools are also very well suited to sending models to Inspire 2014. Inspire can bring in models from all the major MCAD players and also open industry standards like IGES as well as geometry kernel file types such as ACIS and Parasolid. There are definitely cases where particular shapes, that are not necessarily too complex to be good candidate “design spaces,” will need to be generated in other CAD software. And they work particularly well in conjunction with the way in which one orbits, pans and zooms the model. The push/pull modeling tools in Inspire 2014 are really quite nice. Coming from more of the architectural world, this author found this tool quite familiar and different at the same time.

Smoothing options - used for smoothing the optimized mass in preparation to sending it out to other programs for refinement modeling and design.Ī significant change in Inspire 2014 is that you can now make new parts from solids.

Concentrated mass parts - are used to account for the mass of a part when running an optimization using frequency constraints or when analyzing for normal modes.

With it you can remove holes, rounds, fillets, et cetera.

Geometry Simplification Tools - Less important for architects than mechanical and industrial designers, these new Simplify/Patch tools help clean-up areas in the geometry prior to establishing the key “design space” required for the analysis and mass optimization.

Architects will be familiar with the concept of linear static analysis on structures but normal modes analysis is less familiar to them.

Linear Static Analysis - You can now run linear static and “normal modes analysis” on your model.

More specifically, more solver technology is onboard Inspire 2014 than in previous versions. SolidThinking Inspire 2014 gained more power in this release in the areas of computational analysis germane to the nature of the program. Part 1: New in Inspire 2014 and General Workflow

#ALTAIR SOLIDTHINKING INSPIRE HOW TO#

The companion feature will delver deeper into the architectural nature of the program through case studies of how to use Inspire 2014 to ideate, to generate inspiration, and even to solve particular real-life workflow challenges. Finally, Part 3 will briefly touch on the architectural aspects of the program and offer conclusions. Part 2 will then take the reader through some sample problems to familiarize the reader with the nature of the program. Part 1will detail the features that are new to solidThinking Inspire 2014 and cover the general workflow within the program.

This review will contain three main parts.

As you will see, both here and in the special companion article, Inspire has wide applicability to structures of all types. It’s important to expand the notion of this tool beyond architecture. Therefore, we decided to publish a general review with a companion special feature article on the use of Inspire 2014 for generative and conceptual architectural and civil design. However, as luck would have it, our review grew too large. When we originally set out to review this product the aim was to focus specifically on the exploratory architectural aspects of its use. It’s this technology that is closely tied to the unique features of solidThinking Inspire 2014. One of the key solver solutions is OptiStruct, an award-winning conceptual design and structural optimization technology.

#ALTAIR SOLIDTHINKING INSPIRE SERIES#

HyperWorks, now at version 13, is the hub product of those solutions and runs on Windows and Mac and features a series of “solver” solutions.

#ALTAIR SOLIDTHINKING INSPIRE SOFTWARE#

In this feature, the first time this publication has reviewed this particular software, we aim to introduce Inspire 2014 to readers who have an active interest in industrial and product design or architecture and environmental design.Īs it turns out, Altair Corporation has some of the world’s leading multi-physics CAE software technology, deployed via an open-architecture, cross-platform set of solutions.