SEDL / STP / STP1247-EB


STP1247
Effects of Mechanical Stiffness and Vibration on Wear

Bayer RG
Pages: 93
Published: 1995

PDF (1.9M): $55
Print: $55
Print + PDF: $82.50
Save 25%!

The most current data available on the impact of vibrations and stiffness on test apparatus and machine wear. This comprehensive volume includes wide-ranging examples of machine wear, current experimental and analysis techniques to investigate these effects, as well as an extensive bibliography on the subject. Specific areas addressed:

• How vibrations can reduce or increase wear and friction

• Methods to study vibration effects

• Self-induced vs.machine-induced vibrations

• Evaluating different design parameters on bearing load dynamics

• Increasing spindle life in grinding machines

• Orthopedic biomaterial wear tests

•The effects of ultra sonic vibration on tool life.



Table of Contents

Aspects of Contact Dynamics Relevant to Wear
Soom A.

Self-Induced and Machine-Induced Specimen Vibrations in Fretting Testing
Vingsbo O., Schon J.

Bearing Forces as a Function of Mechanical Stiffness and Vibration Isolation in a Fourbar Linkage
Norton R., Ault H., Wiley J., Parks T., Calawa R., Wickstrand M.

Wear Reductions and Contact Interface Observations for Carbon Samples Sliding Against Wavy and Smooth Copper Surfaces
Bryant M., Lin J.

Vibration Monitoring in Wear Testing of Orthopaedic Biomaterials
Waldman S., Cornwall G., Kiss R., Moore T., Bowe A.

The Effect of Tool Vibration on Tool Wear in Ultrasonic Vibration Cutting
Li X.

Preload Optimization: A High Efficiency Design Solution for Grinding Machines Main Spindles
Hagiu G., Gafiţanu M.

Committee: G02
Paper ID: STP1247-EB
DOI: 10.1520/STP1247-EB
ISBN-EB: 978-0-8031-5306-6

ASTM International is a member of CrossRef.
0-8031-1991-7
978-0-8031-1991-8
STP1247-EB

STP 1247