BOSfluids 7.0: : Extended vessel, tank and orifice models
The latest BOSfluids release brings improved and extended Surge Vessel, Tank and Orifice element types. The Surge Vessel element has been extended with support for modeling vented air vessels.
Dynaflow presents at 14th Pressure Surges Conference in Eindhoven
In April of this year Dynaflow Research Group will present two papers at the International Conference on Pressure Surges.
BOSfluids 7.0: Improved model building user interface
The latest BOSfluids release comes with a new set up of the first two top-level tab pages in the user interface
BOSfluids 7.0: Parameter studies in steady state analyses
BOSfluids not only provides support for sophisticated transient analyses, but also provides robust and increasingly advanced support for steady state and quasi steady state analyses. This is highlighted by the latest BOSfluids release that extends the steady state analysis type with support for parameter studies.
New content BOSfluids training course
We are glad to announce that the BOSfluids course has been updated. The course has been restructured and expanded to provide insights on the latest version of the BOSfluids program.
BOSfluids: Steady State license option
The latest BOSfluids release brings a new, low-cost license option that is aimed at users who are primarily interested in performing steady state analyses.
BOSfluids: Improved and more efficient user interface
The new BOSfluids release brings many small and large improvements to its user interface that make it even more efficient and versatile.
BOSfluids 7.0: New heat exchanger element type
The BOSfluids element collection has been extended with a new element type for modeling shell and tube heat exchangers.
BOSfluids 7.0 released
DRG is pleased to announce the next release of BOSfluids, version 7.0.
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 fundam ental features of BOSfluids. This not only sets BOSfluids apart from similar software, but also makes it possible to obtain more accurate results, especially if the flow conditions of interest are affected by the geometry of the piping system. On […]
