BOSpulse 6.0 brings various other improvements, including an improved steady state flow solver that requires a substantial lower number of iterations for models containing reciprocating equipment.

The new BOSpulse 6.0 release again brings many small and large improvements to its user interface that help you perform pulsation analyses more efficiently. One improvement

The reciprocating compressor model in BOSpulse 6.0 has been improved by making a distinction between the isentropic volume exponent and the isentropic temperature exponent. The latter

This new BOSpulse release changes the way in which some allowable limits are defined and applied. One change concerns the minimum axial stiffness related to

BOSpulse 6.0 adds a new Flow-Induced Pulsation analysis type that yields the harmonic pressure pulsations and shaking forces caused by the periodic shedding of vortices at

BOSpulse 6.0 comes with many invisible changes that improve the quality of the software and prepare the way for the future developments. One such change involves

BOSpulse has, for some time, provided limited support for specifying alternative allowable limits for pressure pulsations. The BOSpulse 5.2 release takes this support to the

The sixth and most recent edition of the API 618 standard is fully supported by the new BOSpulse release. Indeed, the updated allowable limits described

The harmonic flow solver that comes with BOSpulse has seen significant improvements regarding its accuracy, bringing it on par with the transient flow solver. As

BOSpulse 5.2 brings significant improvements to scenario management. These includes a complete redesign of the Scenarios dialog box which now shows a concise and clear