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Browse Henke, Russ

1-44 out of 44 article(s)
Title Type Date Words
Remembering where we came from: basics of modern fluid power technology goes back more than a thousand years; in the beginning, there was water. Nov 1, 2008 2095
Basic hydraulic circuit design: understanding hydraulic motors. Technical report Sep 1, 2008 2367
Considerations for flow and pressure controls. Jul 1, 2008 1506
Basic hydraulic circuit design: the role of cylinders and actuators. Apr 1, 2008 1814
Basic hydraulic circuit design: the role of hoses and fittings. Jan 1, 2008 1674
Basic hydraulic circuit design: considerations of circuit dynamics. Dec 1, 2007 1384
Basic hydraulic circuit design: load analysis. Oct 1, 2007 1712
Basic hydraulic circuit design: developing the Cycle Profile. Sep 1, 2007 1974
Basic hydraulic circuit design: troubleshooting, Part 2. Apr 1, 2007 1791
Basic hydraulic circuit design: troubleshooting, Part I. Jan 1, 2007 1520
Basic hydraulic circuit design: energy conservation, Part 3. Sep 1, 2006 1104
Basic hydraulic circuit design: energy conservation, part 2. Apr 1, 2006 930
Basic hydraulic circuit design: classifications of circuits. Sep 1, 2005 1290
Basic hydraulic circuit design: energy transfer systems. Apr 1, 2005 1130
Fluid power mechanics: getting from A to B. Apr 1, 2004 1259
Accumulators not as simple as they appear. Sep 1, 2003 3122
Flow and pressure controls, Part IV: Pressure control in circuit branches. (Hydraulic Systems Trends). Jul 1, 2003 1825
Flow and pressure controls. (Hydraulic Systems Trends). Apr 1, 2003 1307
Flow and pressure controls, part II: flow dividers. (Hydraulic Systems Trends). Jan 1, 2003 846
Flow and pressure controls. (Hydraulic Systems Trends). Dec 1, 2002 1438
The conducting system, part III: putting it all together. (Hydraulic Systems Trends). Sep 1, 2002 2515
The conducting system, part II: hydraulic hoses and fittings. (Hydraulic Systems Trends). Brief Article Jul 1, 2002 1647
The conducting system: Critical and often misunderstood. (Hydraulic Systems Trends). Apr 1, 2002 2675
The case for cartridge valve technology. (Hydraulic Systems Trends). Jan 1, 2002 883
Catching The Bus: How Electronic Control Technology Interfaces With Hydraulics. Sep 1, 2001 1299
Back To The Basics Part VII: Looking At Low-Speed, High-Torque Hydraulic Motors. Brief Article Apr 1, 2001 925
Back To The Basics Part V: Interpreting Hydraulic Pump Curves. Dec 1, 2000 1637
Back To The Basics Part IV: Variable Displacement And Pressure-Compensated Pumps. Sep 1, 2000 1434
Back To The Basics Part III: The Fundamentals Of Piston Pumps. Jul 1, 2000 1807
Back To The Basics Part II: A Look At Vane Pump Technology. Technical Mar 1, 2000 1452
Back To The Basics In 2000: A Closer Look At Gear Pump Technology. Jan 1, 2000 2926
Remembering Where We Came From: In The Beginning, There Was Water. Dec 1, 1999 2680
HYDROMECHANICAL TRANSMISSIONS: PICKING UP WHERE HYDROSTATICS LEAVE OFF. Oct 1, 1999 2041
Hydraulics make the most of function, workability of today's utility equipment. Aug 1, 1999 2105
How modern hydraulic system technology helps turf equipment manufacturers cut it. Jul 1, 1999 1083
Load holding a critical consideration in designing safety into hydraulic circuits. Jan 1, 1999 1848
Hydraulic systems trends. Dec 1, 1998 968
Proper definition of operating parameters key to optimizing hydraulic system design. Aug 1, 1998 1953
A look at the nuts and bolts of noise generation in fluid power systems. Jul 1, 1998 1755
Successful application of hydraulic field test equipment requires understanding of fundamentals. Apr 1, 1998 1857
Innovations in mobile hydraulics technology - analog vs. digital valves. Dec 1, 1997 1840
Using the functional section approach helps identify trends in fluid power. Aug 1, 1997 1734
How real-world operating conditions influence the design of hydrostatic transmissions. Jul 1, 1997 1741
Dealing with the "other" contaminant; thermal management in mobile hydraulic systems. Apr 1, 1997 1557

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