SolidWorks

As per the requirement of manufacturing process with interacting as Non-Conventional method Graphix Technologies Kolhapur has designed this Solid-Works 2016 for new users who want to become proficient with Solid-Works 2016 as efficiently as possible to learn Core-modelling Skills with included topics.

Syllabus:

• Introduction To Solid-works 2016
• Siemens company & product.
• Requirement of basic geometries for core-modelling.
• Geetting started with Solid-works 2016 with system configuration.
• Basic Course Contents
• Sketcher :-
• Profile Toolbar:- Different types of profiles with Solid interface, concept of parametric to draw profiles like line, rectangle, circle, etc.
• Operational Toolbar:- Sketching Techniques, scaling, copying, moving, etc.
• Constrains:- Definition, dimensional constraints like linear, align, geometric constraints like horizontal, vertical, tangent, etc with respect to strong & weak dimensions.
• Part Modeling :-
• Feature creation with basic features like extrude – extrude cut, revolvecut – revolve, sweep – sweep cut, loft – loft cut, helix and all with adding and removal conditions etc.
• Dress up features like rib, shell, round, chamfer, draft, dome, hole, etc.
• Methods of modelling – plane offset, plane at angle, plane at point, create axis, point, co-ordinate sys, spline, etc
• Auxiliary features like copy, mirror, pattern, etc.
• Assembly
• Introduction to Solid-works-assembly
• Types Of Assembly :-
• Bottom up assembly with details explanations
• Top down assembly with detail explanations
• For Bottom up assembly
• Assembly constraints :- Static constraints like mate, coinside, insert etc working with package & flexible components with exploded representations as per x,y,z direction.
• Open components in separate window for constraint creation.
• For Top Down Assembly
• Assembly Constraints :- static constraints required mainly the ref. Along surfaces, along plane, mainly it is use for large assemblies in which small components will not be assemble by constraints easily.
• Drafting :-
• Introduction to drafting, drawing with or without template, formats, placing general, projection, auxiliary, prospective views, placing dimensions, overwriting the dimensions, etc
• Types of drafting :-
• Generative Drafting With Detail Explanations – By placing the orthographic projections in sheet with isometric view which is mainly use for production in manufacturing.
• Interactive (Detail) Drafting with Detail Explanations – By placing whole assembly with exploded view by creating bill of material and balloons due to which we easily assemble the assembly in assembly line in manufacturing.
• Surfacing :-
• Datum curves, Datum Points, Datum Co-Ordinate System,
• Surface Creation like fill, extrude, revolve, sweep, helix, loft, boundary blend
• Surface transformation like offset, extend, etc
• Editing Surface like trim, project, wrap, etc
• Surface merging like intersect and merge.
• Conversion of surface to solids thicken, remove, etc
• Advance Course Contents
• Advance Part Modeling :-
• Advance feature with blend, concept of sweep, parent-child relationship, pattern-dim, reference, group, UDF’s, family tables, Advance commands with wrap, working with external geometries, parameter realtion, wrap, etc with simplified representation.
• Mechanism :-
• Assembly constraints :- Dynamic constraints like revolute, cylinder, slider, planar, slot, etc working with package & flexible components with connections like gear, CAM with visual representation as per x, y, z direction.
• Advance Drafting :-
• Placing Dimensions with 3D views, Tolerances, Notes, drafting tools, sheets, bill of material, balloon creation, etc
• And more.