05 / CDS Theory Manual
CDS Theory Manual
the mechanics behind the result.
Governing equations, model assumptions, calibration requirements and validation references. Use the User Guide for operating the software and the Training Manual to complete connected exercises. An implemented model is not automatically a validated design method.
Complete manuals · download a whole collection
Each collection includes an editable Word manual and its matching searchable PDF, with linked contents, explanatory text, diagrams and references. Theory equations use native Word mathematics. Individual-page PDF buttons remain available.
These are dated reading editions of the public learning content. Interactive studies and account-controlled classroom notes and databases stay online. For current changes, follow the chapter links back to the website.
Current Workbench, reference editions and downloads
Use the online User Guide for current controls, the released model directory for selectable models and compatibility, and the Training Manual for connected exercises. Wider theory references do not mean every formulation is enabled in Workbench.
Dated GUI captures and compiled Web r18 PDF manuals retain their stated scope; they are not a substitute for current hosted Workbench instructions. Find the overview PDF, guides and exercise databases in Your CDS library.
Workbench availability: released models, inputs and compatible study paths. The wider theory library includes reference formulations not available in every Workbench solve.
Explore this section
7 destinationsReleased models & connections
Match current Workbench models to inputs, theory, result limits and exercises.
→05.1Materials
Review source traceability, property mapping, thermoset cure kinetics, and PEEK/PEKK crystallization models.
→05.2Micromechanics
Browse the integrated reference for homogenization, textile and thermophysical models, damage, failure, and implementation.
→05.3Laminates
Review general-purpose hygro-thermo-mechanical CLT, independent per-ply failure models, uniform transverse traction, progressive damage, effective 3D properties, and cohesive delamination.
→05.4Thermal
Review conductivity, heat capacity, thermal expansion, transient temperature fields, boundary histories, and thermomechanical laminate response.
→05.5Moisture
Review moisture transport, concentration fields, expansion strains, environmental resultants, and coupled hygrothermal response.
→05.6Structural
Review plates, beams, constant-section shell cylinders, Hyer thick cylinders, residual stress, progressive failure, outputs, and verification.
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