9208-01-429 Principles of mechanical engineering(Written Exam)

CITY & GUILDS - LEVEL 4 - DIPLOMA IN MECHANICAL ENGINEERING (9208-11)


  • Explain the general conditions of static equilibrium & Construct free body diagrams of components in equilibrium & Evaluate the forces required to keep a body in equilibrium.
  • Construct free body diagrams of components in equilibrium.
  • Evaluate the forces required to keep a body in equilibrium.
  • Use Bow's notation to deternine the forces in loaded pin jointed frameworks & Calculate the forces in selected members of a framework.
  • Calculate the forces in selected members of a framework.
  • Determine loading at various points on a beam.
  • Calculate the second moment of area for beam cross sections & Use bending theory to find soultions to problems relating to beams.
  • Use bending theory to find soultions to problems relating to beams.
  • Calculate stress and strain in components under various conditions.
  • Calculate stresses in pressure vessels & Explain the effect of different factors on the thickness of materials required for pressure vessel design.
  • Explain the effect of different factors on the thickness of materials required for pressure vessel design.
  • Explain the applications of strain energy to loading.
  • Solve problems involving the stree produced by loading.
  • Calculate the polar moment of inertia of shafts & Use the torion equation to solve problems.
  • Use the torion equation to solve problems.
  • Explain kinematic motions.
  • Solve problems using velocity diagrams.
  • Explain the application of the conseruation of momentum to collisions.
  • Solve problems of dynamic of simple systems & Evaluate the moment of inertia of a body about an axis of rotation & Solve problems of rotaion.
  • Evaluate the moment of inertia of a body about an axis of rotation.
  • Solve problems of rotaion.
  • Apply the angle of friction to motion of inclined planes & solve problems involving motion on inclined planes.
  • Solve problems involving motion on inclined planes
  • SUBJECT INTRODUCTION By Lecturer
  • Questions and answer discussions