Hydraulic Dynamics Experiment Console

INP Workspace

Upload, inspect, edit, run

Upload EPANET INP

Network Map

EPANET model interaction

Selected Element

Click a node or pipe

Click any node, pipe, valve, or pump in the map to inspect and edit its parameters.

EPANET Browser

0 items

Rule-Based Controls

Simple controls Rules

0 pending edits

Scenario Builder

Control-oriented experiment matrix

Scenario Parameter Sweep

Valve closure stability sweep

Closure / ramp time 1.0 s Event start Disturbance factor 1.00x Curve shape

EPANET Web Project Runner

Upload, edit, run, and trend the active INP model

Simulation mode Link for reporting Observation node Initial setting [m] Final setting [m] Change time [s] Ramp duration [s] Duration [s] Step [s] Trend all nodes Trend all links

Demand Pattern

Hydraulic Transient Simulator

Compute reduced physical dynamics from the active INP and selected VRP catalog model

Signals

Input VRP Output node VRP command Duration [s] Integration step [s] Step start [s] Dwell / ramp [s] Initial setting [m] Final setting [m] Min setting [m] Max setting [m] Multi-step levels [m]

Valve And Sector Physics

VRP catalog model Wave speed [m/s] Pipe elasticity factor Demand multiplier Demand step time [s] Demand step multiplier

Ready to compute physical reduced transient response from the active INP.

Run an I/O experiment to calculate gain, ranges, and sample count.

DyCon signal map

{
  "input": "command_setpoint_m",
  "output": "pressure_m"
}

Result Intake

Online EPANET run and CSV metrics

Import CSV

Ready to run a fast hydraulic transient with TSNet.

Node Trend

Move over the trend to inspect time and value. Click to pin a simulation instant.

No simulation instant pinned.

Run a simulation and select a trend to calculate peak, minimum, settling, and oscillation markers.

Metrics Preview

Run a simulation to calculate peak, minimum, rise, drop, and overshoot.

Operations

Deployment and experiment handoff

Manifest

Online Scope

This web console runs modelOpti online with EPANET and includes TSNet for compatible transient simulations. The workflow is fully web-based and open-source.

First Production Experiments

Valve closure sweep on VALVE-173.
Pump ramp-down on PUMP-170 and PUMP-172.
Burst/leak sensitivity at JUNCTION-20 and JUNCTION-22.