Optimization of conical hydrostatic bearing for minimum friction
Equations for flow rate, load capacity, and friction torque for conical hydrostatic bearings under laminar and turbulent flow conditions
Anderson, W. J.↗
Engineering topics
Hamrock, B. J.
Publications and source records attributed to Hamrock, B. J..
Optimization of self-acting herringbone journal bearings for maximum radial load capacity
Computer program for determination of optimal herringbone journal bearings for maximum radial load capacity
Fleming, D. P.↗
Optimization of self-acting herringbone journal bearings for maximum radial load capacity
Self acting herringbone journal bearings optimization program for maximum radial load capacity and wide operating range via groove configurations
Fleming, D. P.↗
Optimization of self-acting herringbone journal bearings for maximum radial load capacity
Computerized optimization of self acting herringbone journal bearings for maximum radial load capacity
Fleming, D. P.↗
Optimization of conical hydrostatic bearing for minimum friction
Conical hydrostatic bearing optimal dimensions for friction reduction based on laminar and turbulent flow velocity, load capacity, and friction torque calculations
Anderson, W. J.↗
Optimization of self-acting thrust bearings for load capacity and stiffness
Dimensionless load capacity and stiffness of step thrust bearings
Hamrock, B. J.↗
Optimization of self-acting step thrust bearings for load capacity and stiffness
Linearized analysis of finite width rectangular step thrust bearing for load capacity and stiffness
Hamrock, B. J.↗
Rayleigh step journal bearing. II - Incompressible fluid
Rayleigh step journal bearings, considering pressure distribution, load capacity and attitude angle and optimal film thickness ratio for incompressible fluid lubrication
Anderson, W. J.↗
Incompressibly lubricated Rayleigh step journal bearing. 2 - Infinite-length solution
Theoretical analysis of pressure distribution, load capacity, attitude angle, and friction force for eccentric Rayleigh step journal bearing - infinite length solution
Anderson, W. J.↗
Incompressibly lubricated Rayleigh step journal bearing. 1 - Zero-order perturbation solution
Theoretical analysis of pressure distribution, load capacity, load angle, and friction force for single-step concentric journal bearing
Anderson, W. J.↗
Rayleigh step journal bearing. II - Incompressible fluid.
Rayleigh step journal bearings, considering pressure distribution, load capacity and attitude angle and optimal film thickness ratio for incompressible fluid lubrication
Anderson, W. J.↗
Rayleigh step journal bearing. I.
Analysis divided into step and ridge regions used to obtain linearized PH solution to Reynolds equation, neglecting side leakage
REYNOLDS EQUATION↗