Mechanical Engineering - Workshop Technology - Discussion
Discussion Forum : Workshop Technology - Section 2 (Q.No. 20)
20.
In order to get uniform thickness of the plate by rolling process, one provides
Discussion:
19 comments Page 2 of 2.
Nani said:
7 years ago
The Answer is C.
Ref: RS Kurmi.
Ref: RS Kurmi.
Manoj said:
7 years ago
I also Agree @Nani.
NailesH said:
7 years ago
The Correct answer is C.
Ref: Khurmi.
Ref: Khurmi.
Bhavik Prajapati said:
6 years ago
I too agree C is the correct answer.
Sarath S K said:
6 years ago
I think C is the answer. Please find out the correct answer and update.
Hetang Darji said:
6 years ago
Answer is A. I agree with the given answer.
Dinesh said:
6 years ago
Correct Answer is C (hardening of rolls) refer RS Khurmi.
Sonu kumar said:
2 years ago
Yes, I too agree, C is the correct answer.
Nvk said:
1 year ago
The correct answer is: camber on the rolls
Cambering the rolls involves giving them a slight convex shape, which helps to:
- Distribute the pressure evenly across the plate.
- Prevent the plate from becoming thinner at the edges.
- Achieve a uniform thickness across the plate.
Cambering is a common technique used in rolling processes to ensure uniform thickness and prevent edge thinning.
Here's why the other options are incorrect:
- Offset on the rolls (option 2) might cause uneven thickness and edge thinning.
- Hardening of the rolls (option 3) can improve their durability, but it doesn't directly affect the thickness uniformity.
- Antifriction bearings (option 4) reduce friction and wear on the rolls, but they don't impact the thickness uniformity of the plate.
Cambering the rolls is a critical aspect of rolling processes to achieve uniform thickness and high-quality plates.
Cambering the rolls involves giving them a slight convex shape, which helps to:
- Distribute the pressure evenly across the plate.
- Prevent the plate from becoming thinner at the edges.
- Achieve a uniform thickness across the plate.
Cambering is a common technique used in rolling processes to ensure uniform thickness and prevent edge thinning.
Here's why the other options are incorrect:
- Offset on the rolls (option 2) might cause uneven thickness and edge thinning.
- Hardening of the rolls (option 3) can improve their durability, but it doesn't directly affect the thickness uniformity.
- Antifriction bearings (option 4) reduce friction and wear on the rolls, but they don't impact the thickness uniformity of the plate.
Cambering the rolls is a critical aspect of rolling processes to achieve uniform thickness and high-quality plates.
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