Sign Up Sign Up

Connect with:
Google
or use


Have an account? Sign In Now

Sign In Sign In

Connect with:
Google
or use


Forgot Password?

Don't have account, Sign Up Here

Forgot Password Forgot Password

Lost your password? Please enter your email address. You will receive a link and will create a new password via email.


Have an account? Sign In Now

Sorry, you do not have permission to ask a question, You must login to ask a question.

Connect with:
Google
or use


Forgot Password?

Need An Account, Sign Up Here

Please briefly explain why you feel this question should be reported.

Please briefly explain why you feel this answer should be reported.

Please briefly explain why you feel this user should be reported.

Sign InSign Up

Askmemetallurgy

Askmemetallurgy Logo Askmemetallurgy Logo

Askmemetallurgy Navigation

  • MCQs
    • Metallurgical Engineering mcq
    • Topic Wise mcq
    • Numericals
  • GATE Papers
  • Notes
Search
Ask A Question

Mobile menu

Close
Ask a Question
  • Home
  • Categories
  • GATE Papers
  • Recent Posts
  • Badges
  • MCQs
    • Metallurgical Engineering mcq
    • Topic Wise mcq
    • Numericals
  • GATE Papers
  • Notes
Home/Questions/Q 120544
Next
In Process
MSH Malik
MSH Malik
Asked: June 23, 20212021-06-23T17:59:33+05:30 2021-06-23T17:59:33+05:30In: Mechanical Metallurgy

What are slip planes & slip directions

What are slip planes & slip directions
  • 0
  • 22
  • 434
  • 0
  • 0
Share
  • Facebook

    You must login to add an answer.

    Connect with:
    Google
    or use


    Forgot Password?

    Need An Account, Sign Up Here

    2 Answers

    • Voted
    • Oldest
    • Recent
    1. digbijaya igit Platinum⭐ GATE 2021 QUALIFIED
      2021-06-23T21:24:08+05:30Added an answer on June 23, 2021 at 9:24 pm

      The parallel movement of two neighboring crystals regions relative to each other across some plane or planes is called slip. The process of slip occurs along some specific crystallographic planes and directions called slip planes and slip directions. Slip planes is the plane of greatest atomic densiRead more

      The parallel movement of two neighboring crystals regions relative to each other across some plane or planes is called slip. The process of slip occurs along some specific crystallographic planes and directions called slip planes and slip directions.
      Slip planes is the plane of greatest atomic density and the slip direction is the closest-packed direction in that plane. The slip direction in a crystal has been seen to be the close-packed direction in which atoms touch each other in a straight line.

      See less
      • 2
      • Share
        Share
        • Share on WhatsApp
        • Share on Facebook
        • Share on LinkedIn
        • Share on Twitter
    2. digbijaya igit Platinum⭐ GATE 2021 QUALIFIED
      2021-06-23T21:32:03+05:30Added an answer on June 23, 2021 at 9:32 pm

      Taking the example of FCC structure. The plane with highest atomic density is the (111) plane and the slip direction is [110], along the side diagonal.

      Taking the example of FCC structure. The plane with highest atomic density is the (111) plane and the slip direction is [110], along the side diagonal.

      See less
      What are slip planes & slip directions
      • 1
      • Share
        Share
        • Share on WhatsApp
        • Share on Facebook
        • Share on LinkedIn
        • Share on Twitter
    3. digbijaya igit Platinum⭐ GATE 2021 QUALIFIED
      2021-06-23T21:34:10+05:30Added an answer on June 23, 2021 at 9:34 pm

      SLIP SYSTEMS FOR DIFFERENT CRYSTAL STRUCTURES  

      SLIP SYSTEMS FOR DIFFERENT CRYSTAL STRUCTURES

       

      See less
      What are slip planes & slip directions
      • 1
      • Share
        Share
        • Share on WhatsApp
        • Share on Facebook
        • Share on LinkedIn
        • Share on Twitter
    4. digbijaya igit Platinum⭐ GATE 2021 QUALIFIED
      2021-06-23T21:31:17+05:30Added an answer on June 23, 2021 at 9:31 pm

      Taking the example of FCC structure. The plane with highest atomic density is the (111) plane and the slip direction is [110], along the side diagonal.

      Taking the example of FCC structure. The plane with highest atomic density is the (111) plane and the slip direction is [110], along the side diagonal.

      See less
      • 0
      • Share
        Share
        • Share on WhatsApp
        • Share on Facebook
        • Share on LinkedIn
        • Share on Twitter

    Sidebar

    Related Questions

      • On: February 25, 2022
      • Answers: 0

      GATE MT 2022 Q46

      Given the stress tensor, the maximum shear stress is     MPa (round off to the nearest integer).

      • On: February 25, 2022
      • Answer: 1

      GATE MT 2022 Q36

      High cycle fatigue data for an alloy at various alternating stresses, 𝜎a (see figure) is given below.A specimen of this alloy is subjected to multiple stress cycles sequentially in the following order: (i)

      • On: February 25, 2022
      • Answers: 2

      GATE MT 2022 Q34.

      Consider a tilt boundary of misorientation of 2o in an aluminium grain. The lattice parameter of aluminium is 0.143 nm. The spacing between the dislocations that form the tilt boundary is  ______ nm (round off to 2 decimal

      • On: February 25, 2022
      • Answers: 0

      GATE MT 2022 Q30.

      From high temperature tensile testing, the flow stress (measured at the same   value of strain) of an alloy was found to be 50 MPa at a strain rate of 0.1 s–1 and 70 MPa at a strain rate

      • On: February 25, 2022
      • Answer: 1

      GATE MT 2022 Q26. Match the phenomena (Column I) with the descriptions (Column II)

    Top Users

    Arpita Samal

    Arpita Samal

    • 7 Questions
    • 1,687 Points
    Platinum⭐
    digbijaya igit

    digbijaya igit

    • 11 Questions
    • 1,415 Points
    Platinum⭐
    Rohit.km

    Rohit.km

    • 2 Questions
    • 1,408 Points
    Platinum⭐

    Adv 120×600

    Explore

    • Home
    • Categories
    • GATE Papers
    • Recent Posts
    • Badges

    Footer

    Askmemetallurgy.com

    Askmemetallurgy is the one stop solution for all the need of a Metallurgical Engineers. Askmemetallurgy provides its users with a variety of services to help meta students from semester to his career path. Learn more.

    Legal Stuff

    • Privacy Policy
    • Terms Of Use

    Help & Services

    • FAQ
    • Contact Us

    Copyright © 2021 Askmemetallurgy.com, All rights reserved. Registration on or use of this site constitutes acceptance of our Privacy Policy
    DMCA.com Protection Status