BI-Modal Failure Mechanism of Rolling Contact Bearings - Meged, Yaakov
29,99 €
inkl. MwSt.
Versandkostenfrei*
Versandfertig in über 4 Wochen
  • Broschiertes Buch

Rolling contact bearings are precision mechanical components of many machines, that are produced of high quality alloy steel and manufactured according to strict standards. However, their service life can not be exactly predicted, since it suffers from a large variation, reaching a ratio of 20:1 between the extreme values. Prevailing failure theory of these bearings is based on the fatigue life of the solid components, caused by oscillating high level stresses. This book considers the damaging effect caused by the liquid phase , too. Cavitation of the lubricant causes high local impacts upon…mehr

Andere Kunden interessierten sich auch für
Produktbeschreibung
Rolling contact bearings are precision mechanical components of many machines, that are produced of high quality alloy steel and manufactured according to strict standards. However, their service life can not be exactly predicted, since it suffers from a large variation, reaching a ratio of 20:1 between the extreme values. Prevailing failure theory of these bearings is based on the fatigue life of the solid components, caused by oscillating high level stresses. This book considers the damaging effect caused by the liquid phase , too. Cavitation of the lubricant causes high local impacts upon implosion of vapor filled cavities. Further on these repetitive impulsion results in pitting of the surface. Presence of water enhances the appearance of cavitation of the lubricant and shortens the bearing service life considerably. It is recommended to dehydrate the lubricants during the entire bearing service life.
Autorenporträt
Yaakov Meged {Goodman) nació en diciembre de 1933 en Tel-Aviv, Israel. En 1955 se graduó en el Technion, Instituto de Tecnología de Israel, como BSC en Ingeniería Mecánica y en 1963 se graduó en la Universidad de Cornell como MSc en Ingeniería Mecánica, tras presentar su tesis titulada: Cavitación y su papel en el fallo de los rodamientos RC".