BOSfluids 7.0: Support for building 2-D piping models
The ability to work with 3-D piping models has always been one of the fundamental features of BOSfluids. This not
The ability to work with 3-D piping models has always been one of the fundamental features of BOSfluids. This not
When an empty, or gas-filled, piping system is rapidly filled with a liquid, then significant forces can be exerted by
Pump failure is a common cause of problematic transient flow conditions in piping systems. Simulation of pump failure is therefore
The BOSfluids user interface has been improved in many visible and invisible ways in this new release. Although many changes
DRG is pleased to announce the next release of BOSfluids, version 6.2. BOSfluids is our powerful fluid dynamic simulation tool
Piping systems frequently involve automatic control systems that adjust flow elements in response to changes in the flow conditions or
Piping systems frequently involve automatic control systems that adjust flow elements in response to changes in the flow conditions or
BOSfluids excel in transient analyses, especially when you are interested in over-pressure or under-pressure situations. As these kinds of situations
A flow analysis can involve multiple scenarios in which different parts of a piping model are to be included into
While BOSfluids can be used perfectly fine to build piping models from scratch, this is not really a feasible approach when