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I'm interested to find out more about hydraulic system shock absorbers. We have been performing some tests on a system that is subject to water hammer... by adding a bladder accumulator locally to the nucleus of the induced water hammer we can mitigate it's effects well... however, the limiting...

Has any manufacturer came up with a way to monitor a sytems bulk modulus in real time? Some sort of special sesnor?

Does anybody have examples of a boosted hydraulic system that uses nitrogen applied directly onto the free surface of the oil within the reservoir? the boost is between 3-8bar.

We have observed some contamination anomalies within a few hydraulic systems that are subject to pressure pulses & varying fluid velocity. What are peoples opinions on the best way to filter a system that is subject to a cyclic flow/pressure regime? The fluid employed is an ISO32 mineral oil...

If you have 1000L tank filled with ISO32 mineral oil and create a boost presure by applying nitrogen directly to the oil @ 10bar max. What negative effects might this have? Using Ostwald Coefficient I get 100ml of Nitrogen will be dissolved per litre of oil @ 40C. However I believe it is...