Step 3: Create the test schedule – The test schedule gives an overview of test runs required to cover a variety of customer usage scenarios, according to the targeted durability objectives.They confirm the robustness of the set-up, the accuracy of the sensors, and the good correlation between them. To validate the instrumentation, the test engineers drive around on an empty parking lot within the Siemens premises, drawing “8” shapes on the ground, as well as accelerating from standing position to full speed and braking suddenly. The user obtains enough information to decide instantly whether the measured run is valid or not. The app runs on any Android mobile device and gives a clear and crisp overview of the measured data in the form of simple numerical values, time series, or online calculated statistics values. The Simcenter Testlab Control App is the perfect piece of software to perform these checks. Step 2: Run instrumentation tests – The next step is to prevent instrumentation errors such as wrong sensor direction, the incorrect scale of the measured value, or missing output.All inputs are safely connected to the Simcenter SCADAS data acquisition system. Step 1: Instrument the vehicle – This test campaign, like any other, begins with instrumenting the test vehicle, the SimRod, with a wide range of sensors: strain gauges, accelerometers, string and laser displacement sensors, force cells, pressure transducers, and thermocouples.Synchronous Technology for Ordered User.Personal Health Monitoring using Mendix.CPQ – Configure Price Quote using Mendix.NX Post Processors with Machine Simulation & Optimization.Solid Edge – 3D Design, Manufacturing Software.Xpedition Enterprise – PCB Design Software.

Valor – PCB Manufacturing Siemens Software.Mendix: Low-code Application Development Platform.NX CAM – Siemens Software for Manufacturing.NX CAD | Siemens NX for Design Software.Teamcenter X by Siemens Digital Industries Software.

Siemens simcenter testlab