
Create sketches on planes in SolidWorks using line, circle, and rectangle commands, then apply coincidence and dimension constraints to produce fully constrained sketches.
Apply sketch constraints in SolidWorks to fully constrain sketches, relate lines and center points, and use equal, perpendicular, tangent relations to reduce dimensions and save sketching time.
Create a fully constrained SolidWorks sketch by building a cage with circles, tangent arcs, and construction lines, then define dimensions and relations for an eight-hole pattern.
Create a fully constrained sketch in SolidWorks by drawing a precise outer outline and two circles, applying dimensions and equal-distance alignment, then build a solid from the sketch and save.
Practice a sketching manual with time-bound exercises, ensuring fully constrained sketches, then email output files for instructor review and feedback on solid works sheet metal & surface design.
Explore sheet metal design in SolidWorks: create walls with flange, apply reliefs (automatic ones preferred), and model hems and teardrops to reduce stress concentration and improve part life.
Learn sheet metal design in SolidWorks using a base flange, precise dimensions, a centerline reference, 0.5 in fillets, and mirrored features for a complete part.
Create a wind vent on a sheet metal part by sketching six concentric circles on a reference face, adding central lines, and setting dimensions before trimming.
Learn to create revolved surfaces in SolidWorks by sketching a profile on a plane, selecting a centerline as the revolution axis, and spinning it 360 degrees to form a surface.
Explore lofted surfaces by blending between rectangular and circular cross sections on multiple planes, using profile one and profile two to create a surface, and control distance for lofted surface.
Learn to create a boundary surface in SolidWorks using three profiles on offset planes and three guide curves, constructing accurate sheet metal and surface forms.
Learn to fill gaps between surfaces with full surface and shape with free form in solidworks sheet metal; adjust density and control points to develop concepts and reduce prototyping costs.
Learn to extend, trim, untrim, and knit surfaces in SolidWorks sheet metal and surface design, creating clean single surfaces from multiple pieces and controlling kept or removed regions.
This Lecture Explains the Various Importanant considerations and methods to be followed while developing a New Product in any kind of Industry.
Course Has been created to provide the CAD knowledge in the Industrial Level, This course has been created exactly how the industry projects will be executed to produce Quality products to the Clients.
I am sure after taking this course with proper practice with the material provided in the course the students can execute the Operations as per the industry needs.
Curriculum
Sketcher
Introduction
Mouse Controls
Different Sketch Profiles
Copy of the sketch
Patterns of the Sketch
Constrains
Dimensions
Trim Command
Notes Creation
Sketch Practice
Sheet Metal
Flange or Tab
Convert to Sheet Metal
Lofted Body
Edge Flange
Meter Flange
Hem
Jog
Sketched Bend
Cross Break
Closed Corner
Welded Corner
Break Corner or Trim Corner
Corner Re leaf
Forming Tool
Sheet Metal Gusset
Extrude Cut
Simple Hole
vent
Unfold
Fold
Flatten
Rip
Sheet Metal Practice
Surfaces
Extruded Surfaces
Revolved Surfaces
swept Surface
Lofted Surface
Boundary Surface
Filled Surface
Free Form
Planar Surface
Offset Surface
Ruled Surface
Surface Flatten
Fillet
Chamfer
Delete Face
Replace Face
Extend Surface
Trim Surface
UN Trim Surface
Knite Surface
Thicken Surface
Surface Practice