: Choose a preset from the built-in library (e.g., water) or create custom fluids by inputting density and viscosity profiles.
PIPENET 1.11: Optimising Engineering Workflows with Advanced Hydraulic Flow Analysis
PIPENET Vision 1.11 addresses specific industrial engineering challenges through three decoupled, focus-driven software modules.
, specifically designed to handle complex fluid dynamics. Key highlights include: Discrete Gas Cavity Model (DGCM): pipenet 1.11
This module models pipes, ducts, fittings, pumps, fans, check valves, control valves, nozzles, filters, orifice plates, and fixed pressure losses. The Standard Module is applicable to cooling water systems, steam distribution systems, ventilation systems, water distribution systems, fuel gas systems, and chilled water systems.
Migrate your old Pipenet 1.11 models to the latest free viewer (Pipenet Viewer 2.2 or later) to ensure you can access your data without the legacy hardware dongle. But never forget: the calculations you trust today stand on the shoulders of version 1.11.
The Standard Module is designed for steady-state design and simulation of industrial pipe networks. Its specific functions include pipe diameter selection, equipment selection for pumps, valves, and orifice plates, flow field calculations (including pressure, pressure loss, flow rate, and velocity), simulation of abnormal operating conditions (such as blockages and leaks), and system rounding optimization. : Choose a preset from the built-in library (e
is a specialized hydraulic network analysis software developed by Sunrise Systems that calculates pressure, flow, and velocity distributions across complex piping networks. When fluid systems grow beyond a few interconnected pipes, traditional spreadsheets fail to account for loop interactions and dynamic behaviors. PIPENET 1.11 bridges this gap, serving as the fluid mechanics equivalent to structural building analysis tools.
PipeNet 1.11 is packed with exciting new features that cater to the evolving needs of piping engineers, designers, and analysts. Some of the key highlights include:
This is the most challenging aspect for modern users. Pipenet 1.11 was released before Windows XP's widespread dominance. Consequently, it does run natively on Windows 10 or Windows 11 64-bit editions without workarounds. Key highlights include: Discrete Gas Cavity Model (DGCM):
The software provides powerful control system functionality in both steady-state and dynamic conditions. This capability is essential for modeling many network systems that would otherwise be impossible to simulate accurately.
For organizations that prefer structured learning, external training providers offer PIPENET courses covering fundamentals of operation, building pipe system models, running simulations, and performing various analyses such as pressure, leakage, and pumping analysis. The software's user manuals are written in plain, easily understood English to facilitate learning.
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