Objectives-plastics-reinforced plastics and adhesives, Mechanical Engineering

Objectives

After studying this section, you should be capable to:

  • define basic nature of plastics,
  • differentiate between various types of plastics,
  • define polymerisation and its types,
  • understand the term elastometer in a convenient manner,
  • know the properties of plastic, its benefits and drawbacks,
  • define about the engineering plastics and their applications also,
  • define the term reinforced plastic,
  • list the various types of processes to make reinforced plastics,
  • know adhesives,
  • know types of adhesive and their applications also
  • comprise a brief of different design considerations concerning to the plastic.

 

Posted Date: 2/27/2013 4:17:26 AM | Location : United States







Related Discussions:- Objectives-plastics-reinforced plastics and adhesives, Assignment Help, Ask Question on Objectives-plastics-reinforced plastics and adhesives, Get Answer, Expert's Help, Objectives-plastics-reinforced plastics and adhesives Discussions

Write discussion on Objectives-plastics-reinforced plastics and adhesives
Your posts are moderated
Related Questions
eXPLAIN THE GRAPHICAL IMPLEMENTATION OF TOOL PATH GENERATION

Confined Space Standard Various examples of workplace exist in industrial practice where spaces are characterized by several restrictions. Such spaces are identified as: manh

Normal 0 false false false EN-IN X-NONE X-NONE MicrosoftInternetExplorer4

Copper-Nickel Alloys Complete solubility arises between nickel and copper. All alloys have same microstructure and may be cold or hot worked. Cupro-nickel also termed as Ge


#question.types images.

#wHAT WILL BE THE PULLEY CRITERIA TO DECIDE THE RPM

CO 2 Welding Gun / Torch The torch assembly consists of conduits to supply the consumable wire electrode and the shielding gas into the welding gun. The torch assembly may als

Differentiate between perfect, deficient and redundant trusses

At a sudden enlargement of a water main from 240 mm to 480 mm diameter, the hydraulic gradient rises by 10 mm. Estimate the rate of flow.