Manufacturing

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Across
  1. 3. This is the Manufacturing Process that turns raw materials into standard stock. Example: Trees/timber are cut into boards.
  2. 5. This type of manufacturing is when products are made with no interruption to the production line from input to output.
  3. 7. This Mechanical property is the ability of a material to resist rapidly changing stresses.
  4. 8. This type of manufacturing is when an item is one-of-a-kind, made by a specialist.
  5. 10. This Mechanical property is the ability of a material containing a crack to resist fracture.
  6. 11. This property measures how heat affects materials.
  7. 12. This property measures the effect of a substance on light. It is also called Dielectric or Reflection property. It also measures Absorption, Scattering, Refraction, Polarization.
  8. 15. This material is made of organic compounds based on carbon and hydrogen. They have very large molecules that make them unstable at high temperatures. Examples are: nylon, polystyrene, and rubber
  9. 16. This type of manufacturing is when products are made in batches. The components are completed at a workstation before they move to the next one.
  10. 18. This material is found in circuit boards. It has electrical properties between metallic conductors and ceramic insulators because of their small amounts of impurities. Examples are: silicon and germanium.
  11. 19. He is known as the father of interchangeable parts.
  12. 22. This Electrical property is how well a material opposes the flow of an electrical current.
  13. 23. This type of plastic can be melted and reshaped over and over.
Down
  1. 1. This material is made up of more than one distinct material type. Examples are: fiberglass, concrete, and plywood.
  2. 2. This Magnetic property is the temperature at which a material loses its magnetic property.
  3. 4. These are parts that are identical; meaning it is easy to replace a part without having to custom make one.
  4. 5. This Electrical property measures how well a material carries, or conducts, an electric charge.
  5. 6. This Mechanical property is the ability of a material to resist permanent indentation.
  6. 9. This Mechanical property is the resistance of a material to being pulled apart.
  7. 13. This material has electrons that are non-localized. They are good conductors of heat and electricity. They are strong, but malleable. When polished, they are lustrous (shiny) looking. Examples are: copper, aluminum, titanium.
  8. 14. This Mechanical property is the ability of a metal to withstand a constant weight or force at high temperatures.
  9. 17. This type of plastic can only be melted and shaped one time.
  10. 20. This material has compounds between metallic and nonmetallic elements. They are insulating, resistant to high temperatures and harsh environments. Examples are: clay, tungsten carbide, and glass.
  11. 21. This is the Manufacturing Process that turns standard stock into finished products. Example: Boards are turned into furniture.