A flow analysis can involve multiple scenarios in which different parts of a piping model are to be included into or excluded from the analysis.
An harmonic flow analysis requires the specification of at least one pressure boundary condition, typically at a boundary of the piping model. In some situations,
Many industrial processes involve the transport of granular particles in flowing fluids. Simulation of these granular fluid flows is not trivial because of the different
DRG is pleased to announce the next release of ISOtracer, version 2.1. This new release includes various new components and under-the-hood-improvements. The main improvements include:
DRG is delighted to announce the next release of BOSpulse, version 4.1. BOSpulse is our powerful software solution for performing pulsation analyses of piping systems
The reciprocating element types have seen a number of improvements that increase their ease of use, and their accuracy and robustness. This makes them a
While BOSfluids can be used perfectly fine to build piping models from scratch, this is not really a feasible approach when an analysis involves a
DRG is pleased to announce the next release of BOSfluids, version 6.1. BOSfluids is our powerful fluid dynamic simulation tool to perform surge analyses, simulate
The structural analysis interface introduced in BOSpulse 4.0 has been significantly improved in BOSpulse 4.1 so that you can define more detailed structural piping models,
ISOtracer our rapid 3-D piping model builder, stores the model and the isometric drawings in a single HDF5 database. This has not only proven to
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