Papers Presented at the Fifth International Fluid Power Symposium: Held at the University of Durham, England, September 13-15, 1978, Volumes 1-2Herbert Simon Stephens, Christine A. Stapleton BHRA Fluid Engineering, 1978 - Fluid power technology |
From inside the book
Results 1-3 of 71
Page 19
... analysis of hydraulic valves and circuitry is now accepted as part of the established knowledge of high pressure hydraulics . The reason for such analyses is to build up a store of methods of analysis which can be used to synthesise new ...
... analysis of hydraulic valves and circuitry is now accepted as part of the established knowledge of high pressure hydraulics . The reason for such analyses is to build up a store of methods of analysis which can be used to synthesise new ...
Page 26
... analysis as quickly as possible . This was done to ensure that the results obtained had not been affected by long ' storage ' times . A number of samples were retained by BHRA in order to assess the effect of storage on measurements ...
... analysis as quickly as possible . This was done to ensure that the results obtained had not been affected by long ' storage ' times . A number of samples were retained by BHRA in order to assess the effect of storage on measurements ...
Page
... analysis of ship dynamics in relation to the lock section considered is contained in Appendix 1 . During the course of development , and as the mechanical design progressed , other factors were introduced and the programme modified and ...
... analysis of ship dynamics in relation to the lock section considered is contained in Appendix 1 . During the course of development , and as the mechanical design progressed , other factors were introduced and the programme modified and ...
Common terms and phrases
actuator amplitude analog loading system angle axial piston pump Bath University BHRA Fluid Engineering block cavitation chamber characteristics circuit coefficient components compressor constant contaminant control system control valve cylinder displacement downstream dynamic effect efficiency equation experimental filter flapper flow rate flowmeter fluid borne noise Fluid Power FLUID POWER SYMPOSIUM fluidic frequency friction function gear pump grooves Hiac hydraulic systems hydrostatic transmission impedance inlet input International FLUID POWER leakage long orifices mass flow rate measured method motor nomogram obtained operating outlet output paper parameters particle counting performance phase pipe poppet poppet valve port portplate pressure control pressure ripple pressure rise rate pulsator radiated ratio relief valve rotation samples shaft shown in Fig signal simulation slipper slot speed squeeze film static swash tank test dust torque transducer University University of Durham upstream values variation velocity vibration volume