Topics covered in this course are: introduction to FEA; FEA principles and theory; element quality; linear static analysis of parts; gap/contact and advanced assembly analysis; analysis setup and post-processing; evaluating FE convergence; limitations of linear analysis; load and boundary condition application; stress analysis with thermal loading; model and result validation; automatic report generation.
Topics covered in this course are: heat transfer analysis, steady state, and transient; frequency analysis; effect of in-plane loading on thin-walled structures; structural failure under compressive loads; buckling of elastic structures; meshing options; drop testing; fatigue; optimization.
Topics covered in this course are: introduction to FEA; FEA principles and theory; element quality; linear static analysis of parts; gap/contact and advanced assembly analysis; analysis setup and post-processing; evaluating FE convergence; limitations of linear analysis; load and boundary condition application; stress analysis with thermal loading; model and result validation; automatic report generation.
Weldments teaches you how to create welded structures with standard
structural members. Weld beads are also covered.
Learn the basics of working with SOLIDWORKS Inspection to automate the process of working with inspection documents. In this course, you will work with both the add-in and standalone versions of the product.
This course aims to teach you how to use SOLIDWORKS MBD to present product and manufacturing information (PMI) in a 3D PDF file. This course includes using DimXpert and annotation views combined with capturing and publishing 3D views.
This course aims to teach you how to use DraftSight to optimize your drawings and designs for manufacturability so you can maximize quality,
avoid rework and decrease time to market.
Topics covered are: sketching, multi-contour sketching, reference geometry creation, design intent, feature creation, shelling, configurations, assemblies, drawings/detailing, editing, parent-child relationships, relations, rudimentary top-down design, and advanced
mating techniques.
