by Anaglyph Ltd.
The Component Design Analysis (CoDA) modules were developed to provide preliminary design procedures to enable a first analysis to be undertaken. The analysis will be followed by build and test for those without more sophisticated analysis facilities.
For those with techniques such as finite element analysis (FEA), the initial CoDA analysis will enable potential materials, beam and plate sizes and thicknesses, and support conditions to be selected for further detailed investigation. CoDA is a product of the Composites Group at the National Physical Laboratory (NPL).
CoDA Product Datasheet
Component Design Analysis (CoDA) Datasheet from Anaglyph
Altair Partner Alliance Overview
Learn more about the Altair Partner Alliance (APA) in this program flyer.
CoDA can be used to undertake preliminary analysis of sub-components with plate, beam, joint, flange or laminate geometries. CoDA can also synthesise the properties of composite materials, laminates and sandwich structures, which can be used in a seamless manner within the design modules.
About Anaglyph Ltd.
Set up in 1995, Anaglyph has been providing cutting edge technology engineering consultancy services in all aspects of industrial design, analysis and manufacturing. The company’s in-house expertise is mainly on advanced structural applications, in particular those employing composite materials. Anaglyph Ltd was the first company to provide specialized commercial composites software applications for PCs.
Anaglyph Ltd’s products are highly competitive as they offer excellent value for money in this niche market, yet are applicable to a wide range of sectors such as aeronautics, automotive, sports and leisure, marine, etc.
Key Features & Benefits
The integration of the modules allows for the effect of changes on any input parameter (e.g. fiber properties) or laminate parameters (e.g. fiber angles, skin thickness) to be instantaneously assessed.
In addition, four modules have unique parametric add-ons that allow "what if" scenarios to be rapidly evaluated graphically, viewing any output result as a function of variable input data.
Getting familiar with the software is easy, although new advanced features may necessitate the use of the on-screen or printed documentation. The speed at which preliminary design can be completed reliably will be a welcome surprise.
A collection of typical data and results windows, showing the parallel nature of solving problems.
CoDA Beams Module: data definition, summary and graphical results and parametric analyses
CoDA Flanges Module: data definition, summary results, stress plots and failure index solid graphics
CoDA Joints Module: problem definition, sandwich material data, summary and graphical results
CoDA is applicable wherever composite materials are used, including aerospace, automotive, commercial products, marine and wind energy industries.
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