CrazyEngineers Forum - Mechanical & Civil Engineering |
- Bearing Capacity in interference fit with compression and shear loads
- Bonneville Speed Demon @ 462 MPH!!
- Shot Peen Hardness With Nanoindentation
Bearing Capacity in interference fit with compression and shear loads Posted: 16 Nov 2011 11:08 PM PST I need to give a seminar on bearing capacity in interference fit with compression and shear loads. I am working on it. Can somebody help me get related Information.. Thankyou all. |
Bonneville Speed Demon @ 462 MPH!! Posted: 16 Nov 2011 10:33 PM PST Quote:Watch the Speed Demon make a 462 mph pass at Bonneville from many different angles in and around the car. Awesome! endquote What Does 462 MPH Feel Like? - Autoholics |
Shot Peen Hardness With Nanoindentation Posted: 16 Nov 2011 08:59 PM PST The intention of shot peening is ultimately to alter the mechanical properties of a given surface. By hitting the surface with controlled shot the surface will deform plastically. Two of the more common techniques include cast sheet shot and cut wire shot. Cut wire shot is created by cutting drawn steel wire to lengths approximately the same size as the width of the wire. The resulting wire is then rounded to remove the sharp edges. Cast steel shot is created by atomizing molten steel, then heat treating and sieving the resulting material. In both cases, the surface of the material is hit with a controlled energy of shot to create the desired effect. Understanding the mechanical properties of the surface reactions created by these techniques is becoming increasingly important in various applications including medical, aerospace and automotive industries. Proper Instrumentation will play a vital factor in achieving reliable and intended results. APPLICATION NOTE: http://www.nanovea.com/Application%20Notes/shotpeen-nanoindentation.pdf |
You are subscribed to email updates from CrazyEngineers Forum - Mechanical & Automobile Engineering To stop receiving these emails, you may unsubscribe now. | Email delivery powered by Google |
Google Inc., 20 West Kinzie, Chicago IL USA 60610 |
No comments:
Post a Comment