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SOLID Principles for Object-Oriented Design - Texas A M . . . Benefits of SOLID Provides a principled way to manage dependency Serves as a solid foundation for OOD upon which more complicated design patterns can be built upon and incorporated naturally Results in code that are flexible, robust, and reusable
57 SOLID MODELING - California State University, Northridge This recent work seeks to abstract the role of a solid model in applications, reducing the in-terface to a set of queries so as to avoid representation translation interpretation altogether
SOLIDWORKS: Lesson 1 - Basics and Modeling Fundamentals Objects are represented as a combination of simpler solid objects (primitives) Copies or “instances” of these primitive shapes are created and positioned Each primitive solid is assumed to be a set of points, a boolean operation is performed on point sets and the result is a solid model
Solid Geometry - Massachusetts Institute of Technology Solid Geometry Spheres Surface area: 4pr2 Volume: 4 3 pr3 Cylinders Lateral area: 2pRh Total surface area: 2pR(R+h) Volume: pr2h Right Circular Cone Slant height: s= R2+h Lateral Area: pRs Volume: pR2h 3 Frustrums For a frustrum with height hand base areas B 1and B 2, Volume: V= h B +B + B B 1 3d1 2 1 2 i Regular Polyhedra
Microsoft PowerPoint - 17-solid. ppt - Princeton University Solid Modeling Representations What makes a good solid representation? Accurate Concise Affine invariant Easy acquisition Guaranteed validity Efficient boolean operations Efficient display Lorensen
Solid and Strand Wire AWG Table - AV Outlet Basic stranding configurations are shown to depict some variations in wire AWG diameters This table shows single wire AWG on left and equivalent AWG when paired, tripled and in quad configurations
SOLID CONDUCTOR - Service Wire SOLID CONDUCTOR Bare or Tinned Soft (Annealed), Medium Hard, Hard Drawn Standards: ASTM Standards: B-1 (hard drawn), B-2 (medium hard drawn),