The release of BOSfluids 7.1 brings improved support for modeling gas-filled piping systems. The addition of a new Custom Gas type, for instance, enables you to specify a complete equation of state in the form of a table listing all relevant gas properties as a function of both the temperature and pressure.
When an API analysis involves a large number of operating conditions your BOSpulse model will be made up of many scenarios and simulation cases. This
BOSfluids 7.1 implements a new cavitation model named the Homogeneous Vapor Cavity Model that addresses some of the shortcoming of the Discrete Vapor Cavity Model (DVCM) and the Discrete Gas Cavity Model (DGCM).
Pulsation Suppression Devices (PSDs) are commonly used in gas compression systems to reduce the pressure pulsations due to reciprocating equipment. While BOSpulse has enabled one
The release of BOSpulse 5.1 brings improved support for modeling gases. The addition of a new Custom Gas type, for instance, enables you to specify
BOSfluids 7.1 brings several improvements to special flow element types, including check valves, regulator valves and generic equipment. These improvements increase the accuracy of your flow simulations, and lessen the time required to set up a model while reducing the scope for modeling errors.
The results of a pipe stress or pipe flow analysis are only as good as the underlying model. As any non-trivial piping model will comprise
An API analysis can involve many scenarios and parameter variations. The analysis time may therefore be a significant factor in the execution of a pulsation
BOSfluids provides extensive support for modeling a great variety of boundary conditions, both related to flow conditions and to the mechanical behavior of a piping system.
As has become a sort of tradition, this new BOSpulse release brings many small and large improvements to its user interface that make it even
