Lead Bronze Bearings: Original German Edition Published November 1938 as "Bleibronzen Als Lagerwerkstoffe" by the Deutsches Kupfer-institut E. V., Berlin |
Contents
INTRODUCTION | 7 |
GENERAL 2 THEORY OF BEARINGS | 9 |
RUNNINGIN AND EMERGENCY PROPERTIES | 12 |
Copyright | |
12 other sections not shown
Common terms and phrases
additions alloy containing antifriction properties Automobile Engine bearing metal bearing surface Binary Copper-Lead Alloys borax boring bar Brinell hardness cadmium Cd-Leg cent lead cent of lead cent tin Centimetre clearance coefficient of friction cooling Copper Alloy crucible data for electrical deoxidants Diesel engines dynamic loading electrical engineers emergency properties Engineering and metallurgical equilibrium diagram eutectoid finish fluid friction furnace grain refinement heating homogeneous increasing lathe lead content lead distribution lead particles LEAD-BRONZE BEARINGS Lead-Tin Bronze light engines liquid load capacity melt metallurgical data metallurgists Method mild steel miscibility gap mixed friction molten copper-lead molten metal mould nickel obtained oil film Pb-Bz powder practice precision boring preheating produce rotating running-in and emergency running-in properties shaft and bearing shown in Fig sintered bearings solid solution solidification Steel Shells steel-backed copper-lead bearings structural strength suitable supporting shell Technical data thickness tool viscosity White-metal liner