GATE MT Question Paper 2019-20

GATE MT Question Paper 2019-20

GATE i.e. Graduate Aptitude Test in Engineering Metallurgical Engineering 2019-20 Exam has been conducted by IISc Bangalore IIT Bombay IIT Delhi IIT Guwahati IIT Kanpur IIT Kharagpur IIT Madras IIT Roorkee. This GATE MT 2019-20 examination is the procedure to get the admission in M.Tech

GATE Metallurgical Engineering i.e. MT Question Paper, This GATE MT 2019-20 Question will help all the students for their exam preparation, here the question type is MCQ i.e multiple choice question answers, if this GATE MT 2019-20 question paper in pdf file for GATE MT you can download it in FR MT, if GATE Metallurgical Engineering 2019-20 paper in text for GATE MT you can download GATE MT 2019-20 page also just Go to menu bar, Click on File->then Save.

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GATE MT Question Paper 2019-20

 

Critical value of the Gibbs energy of nucleation at equilibrium temperature is
(A) zero (B) infinite (C) positive (D) negative

With respect to the matrix of Al-Cu alloys, G-P zones are
(A) coherent (B) incoherent
(C) semi-coherent (D) chemically indistinguishable

Which one of the following techniques does NOT require quenching to obtain final case hardness?
(A) Flame hardening (B) Induction hardening
(C) Nitriding (D) Carburizing

Which one of the following elements is an austenite stabilizer?
(A) Nitrogen (B) Molybdenum
(C) Vanadium (D) Tungsten

A 0.2 wt.% plain carbon steel sheet is heated and equilibrated in the inter-critical region followed by instant water quenching. The microstructure of the quenched steel sheet consists of
(A) fully martensite (B) proeutectoid ferrite + martensite
(C) martensite + pearlite (D) martensite + austenite

As compared to the engineering stress-engineering strain curve, the true stress-true strain curve for a given material
(A) lies above and to the left
(B) lies below and to the right
(C) crosses the engineering stress-engineering strain curve
(D) is identical

A 0.2 wt.% plain carbon steel sheet is heated and equilibrated in the inter-critical region followed by instant water quenching. The microstructure of the quenched steel sheet consists of
(A) fully martensite (B) proeutectoid ferrite + martensite
(C) martensite + pearlite (D) martensite + austenite

As compared to the engineering stress-engineering strain curve, the true stress-true strain curve for a given material
(A) lies above and to the left
(B) lies below and to the right
(C) crosses the engineering stress-engineering strain curve
(D) is identical

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