Mechanical Engineering - Production Engineering - Discussion
Discussion Forum : Production Engineering - Section 7 (Q.No. 15)
15.
In an orthogonal cutting, the depth of cut is halved and the feed rate is double. If the chip thickness ratio is unaffected with the changed cutting conditions, the actual chip thickness will be
Discussion:
20 comments Page 1 of 2.
Dhananjay said:
3 years ago
@Bharath.
t1 = d/2 not t1'.
Check again.
For orthogonal cutting t = d.
And for orthogonal turning t = f.
So, in this the answer should be halved i.e. B.
t1 = d/2 not t1'.
Check again.
For orthogonal cutting t = d.
And for orthogonal turning t = f.
So, in this the answer should be halved i.e. B.
Raman Kumar singh said:
4 years ago
@Bharath
You are right, Thanks.
You are right, Thanks.
Bharath said:
4 years ago
R=(t1/t2) = const
t1/t2 = t1'/t2'.
t1= depth of cut = uncut chip thickness.
t2=cut chip thickness =actual chip thickness.
t1/t2=t1'/t2'.
t2=(t2'/t1') *t1.
t2= (t2'/d/2) * d.
t2 = 2(t2').
t1/t2 = t1'/t2'.
t1= depth of cut = uncut chip thickness.
t2=cut chip thickness =actual chip thickness.
t1/t2=t1'/t2'.
t2=(t2'/t1') *t1.
t2= (t2'/d/2) * d.
t2 = 2(t2').
Bharath said:
4 years ago
R=(t1/t2) = const
t1/t2 = t1'/t2'.
t1= depth of cut = uncut chip thickness.
t2=cut chip thickness =actual chip thickness.
t1/t2=t1'/t2'.
t2=(t2'/t1') *t1.
t2= (t2'/d/2) * d.
t2 = 2(t2').
t1/t2 = t1'/t2'.
t1= depth of cut = uncut chip thickness.
t2=cut chip thickness =actual chip thickness.
t1/t2=t1'/t2'.
t2=(t2'/t1') *t1.
t2= (t2'/d/2) * d.
t2 = 2(t2').
(1)
Abhishek savani said:
4 years ago
For orthogonal cutting t = d ( depth of cut),
For orthogonal turning t = f ( feed rate),
Here in question, orthogonal cutting is given so the Answer is B.
For orthogonal turning t = f ( feed rate),
Here in question, orthogonal cutting is given so the Answer is B.
(1)
Siva said:
6 years ago
Feed = uncut thickness =t 1.
T2 cut thickness.
r = t1/t2 = 2t1/actual cut thickness .
Actual cut thickness = double of before chip thickness T.
T2 cut thickness.
r = t1/t2 = 2t1/actual cut thickness .
Actual cut thickness = double of before chip thickness T.
(1)
SHIV Raj said:
6 years ago
When the depth of cut is halved than how chip thickness will be double?
Atul Kumar Singh said:
6 years ago
In orthogonal cutting:
The depth of cut (d) = uncut chip thickness (t).
r = t/Tc.
As per the given condition actual chip thickness will be Halved.
The depth of cut (d) = uncut chip thickness (t).
r = t/Tc.
As per the given condition actual chip thickness will be Halved.
(2)
Katarisoma said:
7 years ago
@Srilakshmi is right.
Chip thickness ratio(r) = uncut chip thickness/cut chip thickness.
Or Chip thickness ratio(r) =Depth of cut/cut chip thickness.
Or Chip thickness ratio (r) = Feed rate/cut chip thickness provided with a side cutting edge angle is zero.
Chip thickness ratio(r) = uncut chip thickness/cut chip thickness.
Or Chip thickness ratio(r) =Depth of cut/cut chip thickness.
Or Chip thickness ratio (r) = Feed rate/cut chip thickness provided with a side cutting edge angle is zero.
Ankit Bhayani said:
7 years ago
If formula of CHIPTHICKNESS RATIO is Ratio= (depth of cut/chip thickness).
Then, without unaffected in ratio, if we increase the depth of cut chip thickness increase same time.
And if we decrease depth of cut, chip thickness deceased same time.
So, as a conclusion, if the depth of cut is halved then chip thickness is also halved.
According to this answer must be halved.
Then, without unaffected in ratio, if we increase the depth of cut chip thickness increase same time.
And if we decrease depth of cut, chip thickness deceased same time.
So, as a conclusion, if the depth of cut is halved then chip thickness is also halved.
According to this answer must be halved.
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