Think3 cad 1999 manual#
SolidWorks manual on line (solid modeller), SolidWorks Corporation 300 Baker Avenue, Concord MA 01742 USA, Sito Internet: ThinkDesign manual on line (solid modeller), Think3, Lakeside Drive, Suite 250, Santa Clara, CA 95054, Sito Internet: Practical use of the planning results obtained from SADT analysis: utilization of Solid Modelling and Structural FEM. Highlighting of the nominal stress computation limits. Nominal stress computation of the main parts of the gin block with hook. Suggestions to generalize the design choice criteria to other mechanical devices. Choice of the correct typology of gin block versus input design data. Utilisation of SADT results: sizing and nominal stress computation of the gin block with hook. General remarks to generalize some of the design activities relative to the gin block to other different mechanical devices. SADT applied to mechanical design: illustration of a complete SADT model to design a gin block with hook. Planning of activities to develop a CAD/CAE design The SADT/IDEF0 methodology (Structured Analysis and Design Technique/ Integration Definition of Functional Modelling): a method to perform activities structured, elements of native SADT (technique and graphics language). A technique to plan (design) activitiesīenefits and drawbacks of a mechanical design based on a methodology. Illustration of the main commands and characteristics of two parametrical variational modellers (ThinkDesign and SolidWorks) General suggestions to manage solids in assembly modelling, files format, parts and assembly saving in relation to updating of single parts/assembly. Main virtual machining in Solid Modelling. Geometric elements for Solid Modelling: planes and profiles, constitutive elements of the profile, geometric constraints, parametric-variational profile, under and over constrained profile. SYLLABUS OF THE COURSE: INTEGRATED CAD/CAE MECHANICAL DESIGN - A.A. The main problems that often affect the interpretation of the results obtained with the finite element method are illustrated. Solid modeling and finite element analysis softwares are used. A general system analysis methodology is proposed, with subsequent application in the case of a mechanical design. The course illustrates the problems a designer has to solve to carry out a mechanical design.