Bentley PULS is an interactive simulation program for dynamic response analysis of fluid flow under steady state pulsating flow conditions in piping networks. It is based on one-dimensional plane wave theory, and employs an efficient transfer matrix approach.
PULS is ideal for predicting pressure pulsation levels and acoustic shaking forces, as well as solving performance problems caused by reciprocating equipment or flow generated sources in piping and pipeline systems, and in compressor, pump, control valve, and meter stations. Unlike older analog computing methods, PULS provides a state-of-the-art digital solution.
The technology is based on methods developed and proven under a multi-million dollar research program at Nova Corporation of Alberta.
Bentley PULS is an interactive simulation program for dynamic response analysis of fluid flow under steady state pulsating flow conditions in piping networks. It is based on one-dimensional plane wave theory, and employs an efficient transfer matrix approach.
PULS is ideal for predicting pressure pulsation levels and acoustic shaking forces, as well as solving performance problems caused by reciprocating equipment or flow generated sources in piping and pipeline systems, and in compressor, pump, control valve, and meter stations. Unlike older analog computing methods, PULS provides a state-of-the-art digital solution.
The technology is based on methods developed and proven under a multi-million dollar research program at Nova Corporation of Alberta.
| Bentley Systems, Inc. | |
|---|---|
| Product Category | Computer-aided Engineering Software (CAE) |
| Product Number | Bentley PULS |
| Product Name | Bentley PULS |
| Software Type / Category | Computer-aided Design/Manufacturing (CAD/CAM) |
