Question

15. Martensite: When _____ cool down very rapidly, carbon atoms do not have enough time to form _. As result, the _ structure transform to a highly strained _____ tetragonal form called martensite. Ferrite, cementite, BCC, FCC Ferrite, Pearlite, FCC, BCC Austenite, Bainite, BCC, FCC Austenite, cementite, FCC, BCC

Name: 15 martensite when cool down very rapidly carbon atoms do not have enough time to form as result the structure transform to a highly strained 56395
Uploaded: 2024-06-17T12:55:17-08:00
Duration: 2 min 45 s
Channel: Adi S
Description: 15 martensite when cool down very rapidly carbon atoms do not have enough time to form as result the structure transform to a highly strained 56395

          15. Martensite: When ___________ cool down very rapidly, carbon atoms do not have enough time to form ___________. As result, the ___________ structure transform to a highly strained ___________ tetragonal form called martensite.
Ferrite, cementite, BCC, FCC
Ferrite, Pearlite, FCC, BCC
Austenite, Bainite, BCC, FCC
Austenite, cementite, FCC, BCC

15 martensite when cool down very rapidly carbon atoms do not have enough time to form as result the structure transform to a highly strained 56395

Added by Sandra G.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adi S

06/17/2024

Step 1

Martensite is formed when steel is cooled rapidly, preventing the carbon atoms from diffusing and forming equilibrium phases. Step 2: Identify the initial phase before rapid cooling. When steel is heated to a high temperature (above the A3 or Acm line), it Show more…

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15. Martensite: When ___________ cool down very rapidly, carbon atoms do not have enough time to form ___________. As result, the ___________ structure transform to a highly strained ___________ tetragonal form called martensite. Ferrite, cementite, BCC, FCC Ferrite, Pearlite, FCC, BCC Austenite, Bainite, BCC, FCC Austenite, cementite, FCC, BCC