Graphics and modelling

Cards (14)

  • What is the primary purpose of sketches in design?
    To help visualize products/ideas and examine problem areas
  • What are some common types of sketches used in design?
    • Rough 2D/3D sketches
    • Orthographic sketches
    • Oblique sketches
    • 1 Point Perspective
    • 2 Point Perspective
    • Isometric sketches
    • Rendered Illustrations
  • What types of drawings are used to demonstrate plans for manufacture?
    • Exploded Drawing
    • Sectional Drawing
    • Scale Drawing
    • Working Drawing
    • CAD Drawing
  • Why is it important to consider the purpose of a model before modeling begins?
    To ensure the model effectively serves its intended function
  • What are some types of modeling techniques available?
    • Physical modeling
    • Digital modeling
    • Sketch Models
    • Block Models
    • 3D CAD Models
    • Rapid Prototyping
    • Scale Models
    • Prototypes
  • What aspects can modeling help test and find information about?
    Materials, functions, ergonomics, safety, aesthetics
  • What are some materials commonly used in modeling?
    • Pipe Cleaners
    • Clay
    • Card/Paper
    • Balsa Wood
    • MDF
    • Wire
    • Sheet Plastic
    • Styrofoam
  • What are the characteristics of Sketch Models?
    They are quick, easy, inexpensive, and help visualize shape and form
  • How are Block Models created and what is their purpose?
    They are made from a block of material to replicate appearance without internal components
  • What is the purpose of 3D CAD Models?
    To reflect aesthetics and test safety/sizes with low model costs
  • What is Rapid Prototyping?
    It involves printing a 3D CAD model to provide a physical model
  • What is a Scale Model and its purpose?
    It is a physical model made to full-scale or a portion of the actual size to determine final sizes and ergonomics
  • What defines a Prototype in design?
    A physical full-scale working version of the final design using materials as close to the final product as possible
  • Why are prototypes considered expensive to make?
    Because they function exactly as the final product would and require high-quality materials