Interactively Explore Simulation Results
Explore model behavior interactively using sliders, popup menus and checkboxes.

Interactively Explore Simulation Results (0:56)
Explore model behavior interactively using sliders, popup menus and checkboxes.
Interactively Explore Simulation Results (0:56)
Reduce design time for new aircraft using novel weight estimation method. Use ready-made digital twins of existing conventional aircraft or create your own by parametrization. This library is developed in partnership with Saab.
Tow and Glide
Automatically measure performance and quality of a system with properties such as rise time, settling time, overshoot and more.
Vertical Motion of a Drone
New level of error detection and error localization. Precisely detect errors using improved error messages and warnings that link directly to the relevant line of code.
Precise Model Validation (1:00)
Use SystemModelManipulate to automatically create dashboards or customize them to suit your needs.
Rise & Fall of People Express Airlines
Learn and teach mechanics courses. Simulate things such as a stunt jump, camera stabilization system and washing machine to understand concepts such as coordinate transformation, kinematics and dynamics.
College Mechanical Engineering
Browse through the help documents faster with the new task-oriented documentation. Advanced users can understand Modelica language syntax and features using the in-product quick reference and language specifications.
Task-Oriented Documentation (1:56)
The System Modeler user interface gets a fresh look with new icons and improved support for high-resolution screen environments.
Getting Started with Modeling (3:49)
Train neural nets and use them to accelerate models, connect to external systems using OPC servers or integrate them with your system models.
Air Conditioning: Effect of Building Orientation
Use your organization’s credentials to activate System Modeler and eliminate the need to remember multiple login credentials.
Support for Single Sign-On (0:29)
Extend your modeling capabilities with the Hydraulic and OPC libraries, which are now free for System Modeler users. The library components can be used to model hydraulic systems and connect to real-world applications.
Libraries
Model your 1D thermo-fluid systems using the Fluid library. The library provides components that support both incompressible and compressible fluid flows. You can use gas mixtures as well as fluids that can undergo phase changes.
Control Indoor Air Quality for Room Comfort
Design tracking controllers for system models using a unified and streamlined approach. The controllers can be designed using all the control design functions, like LQR, pole placement, PID and many more.
Depth Control of a Submarine
Use the system modeling functionality in the cloud and analyze your system models on the desktop or on a smartphone or tablet. Share your analysis with students, colleagues or customers.
System Modeling in the Cloud (2:59)
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