Previous Year Very Short Questions of MT (M-TECH production engineering 2nd)

  1. Home
  2. ptu
  3. m-tech
  4. pe
  5. 2nd
  6. mt
Watch More

MATERIALS TECHNOLOGY

Previous year question paper with solutions for MATERIALS TECHNOLOGY

Our website provides solved previous year question paper for MATERIALS TECHNOLOGY . Doing preparation from the previous year question paper helps you to get good marks in exams. From our MT question paper bank, students can download solved previous year question paper. The solutions to these previous year question paper are very easy to understand.

These Questions are downloaded from www.brpaper.com You can also download previous years question papers of 10th and 12th (PSEB & CBSE), B-Tech, Diploma, BBA, BCA, MBA, MCA, M-Tech, PGDCA, B-Com, BSc-IT, MSC-IT.

Question papers (year-wise)
Very short questions
Print this page
  1. Classify engineering materials and compare their main properties
  2. Define fatigue. Explain briefly the mechanisms of c fatigue failure. State the methods to improve the fatigue resistance of a material.
  3. Classify the ferrous materials. What are the limitations of ferrous materials? Suggest the most appropriate ferrous material with suitable reason for the following application :machine tool beds, nails, pipe fittings, cutting tools.
  4. Explain in detail laminated, aminos and phenolics plastics. State their properties and its use.
  5. Discuss the relative advantage and disadvantage of case hardening by various processes.
  6. Explain why the two phase titanium alloys are stronger than the single phase alpha alloys.
  7. Explain in detail the various mechanisms of environmental degradation. Also write the remedies measure against each degradation process.
  8. Explain the principle of ultrasonic inspection. Explain the difference between through-transmission and pulse-echo methods of ultrasonic inspection.
  9. Explain the mechanical properties of pearlite, spheroidite and bainite microstructural steel.
  10. Explain the relation between the origin of fracture and the final fracture zone of a part subject to a one way bending load and one subjected to a rotating bending load.