BOSpulse features a powerful and efficient user interface that enables you to build accurate 3-D piping models involving reciprocating compressors or pumps, and common flow elements such as valves and orifices.
BOSpulse provides support for defining groups of elements so that you can partition your model in a logical way and apply bulk operations to different parts of the model.
BOSpulse is one of the most powerful pulsation analysis software applications available on the market. It can perform coupled fluid-structure analyses, and supports scenarios and multi-dimensional parameter studies.
BOSpulse can save you a significant amount of time by running pulsation analyses on multiple CPU cores in parallel.
BOSpulse implements detailed models for reciprocating equipment that can simulate valve dynamics and stepless flow control. It comes with an integrated steady state flow solver, a time-domain solver and a frequency-domain solver.
BOSpulse can therefore provide detailed insight into the performance and response of reciprocating equipment.
With BOSpulse you can assess the amplitudes of the shaking forces (Design Approach 2), but also determine the actual impact of the shaking forces on the structural behavior of the piping system (Design Approach 3).
By using the structural solver interface you can even run and review a structural harmonic analysis directly from within BOSpulse.
Model builder (number of items not limited)
Model importer (CII, Epanet, PCF, etc)
3-D piping models and interface
Model properties viewer
Fluid and material database
Compressible fluids (gasses)
Incompressible fluids (liquids)
Time domain and frequency domain solvers
Run analyses on multiple cores
Definition of custom data sets
Pressure and steady flow analysis
Pressure pulsation analysis
API 618 and API 674 code checks
Shaking force assessment
Bill of Quantity reports
Cavitation time prediction
Combined fluid-structure analysis