Recent content by rishi07
-
R
Calculate Theoratical Machining Cycle Time
well...to start with...i've some literature on simple turning as well as milling... but i precisely mentioned to calculate times for hobbing, shaping and shaving operations.- rishi07
- Post #10
- Forum: Mechanical Engineering
-
R
Calculate Theoratical Machining Cycle Time
thanks for your replies, i knew that these terms require various input parameters to calculate the time. But can't we still freeze all those parameters like depth of cut etc. to make a general empirical formulae, in which putting all inputs will give a relevant theoratical time. I've...- rishi07
- Post #5
- Forum: Mechanical Engineering
-
R
Calculate Theoratical Machining Cycle Time
Please help me to calculate theoratical machining cycle time for the below mentioned operations: 1. Hobbing 2. Shaping 3. Shaving I need variious calculations involed in determining the theoratical cycle time. Please refer any website, if it can help me. Thanks, Rishi- rishi07
- Thread
- Cycle Machining Time
- Replies: 10
- Forum: Mechanical Engineering
-
R
Comparing Gleason and Revacycle Gear Profiles
well...thanks for concern...! Please try to find "MAX TRAC" cutting method...its a new and emerging technology in the gear cutting methods.- rishi07
- Post #6
- Forum: Mechanical Engineering
-
R
Comparing Gleason and Revacycle Gear Profiles
thnks for kind reply. I've used a wrong a wring word as profile is in terms of "involute" or "cycloidal", but again my concern is about Gleason and Revacycle, how both of these methods differ each other? Are there any other gear cutting methods apart of Gleason and Revacycle. I've heard of...- rishi07
- Post #4
- Forum: Mechanical Engineering
-
R
Comparing Gleason and Revacycle Gear Profiles
Can someone please brief me what is Gleason and Revacycle profiles and what are the major differences between? Please help me to find some gear profiles, I've some data with me which is actually not matching empirically with Gleason as well as Revacycle profiles. I'm involved into bevel...- rishi07
- Thread
- Gear
- Replies: 6
- Forum: Mechanical Engineering