BOSfluids 8.1 Extension of the pump model and user interface
The pump model and its user interface have been improved and extended considerably in this new BOSfluids release. When defining
The pump model and its user interface have been improved and extended considerably in this new BOSfluids release. When defining
This new BOSfluids release brings support for a wider range of liquids, including slurries, other non-Newtonian liquids, and liquids containing
BOSfluids 8.1 extends the Steady State analysis type with support for performing Acoustic Induced Vibration (AIV) assessments according to the
The release adds a new analysis type, steady state thermal analysis, alongside Acoustic Induced Vibration assessments performed automatically within the
A major new feature in BOSfluids 8.1 concerns the support for steady state thermal analyses. This means that BOSfluids can
BOSfluids 8.1 supports the specification of mass flow boundary conditions in addition to volumetric flow boundary conditions. This can be
This new BOSfluids release again brings many small and large improvements to its user interfacethat help you perform flow analyses
A new batch plot generator in BOSfluids 8.1 enables you to effortlessly generate a series of similar plots for a
BOSfluids 8.1 improves and extends various types of special flow elements and their user interface. The Tank element has been
By applying an automatic model refinement algorithm, BOSfluids can accurately simulate the steady flow of gases through piping systems. Its
Read the version in Spanish Does BOSfluids handle two-phase flow phenomena, like line clean-out/purging with pressurized gas or the filling
BOSfluids is mostly known and used for transient flow analyses. However, it also provides a robust, fast, and accurate steady-state
BOSfluids Thermodynamic ModuleBOSfluids is known for its steady state, quasi-steady state, and transient flow solvers and the more recent interface