Aircraft Fuel Systems: Modeling and Simulating Complex Fuel Tanks
March 6, 2022
Aircraft fuel tank system plays a crucial role within an aircraft. Not only do they store the fuel, but they also act as a thermal sink and dissipate heat generated by the engine. This blog focuses on the modeling and simulation of components in an aircraft fuel tank using Modelon Impact, enabling engineers to analyze […]
Aircraft Fuel Systems: Modeling and Simulating Complex Fuel Tanks
March 6, 2022
Aircraft fuel tank system plays a crucial role within an aircraft. Not only do they store the fuel, but they also act as a thermal sink and dissipate heat generated by the engine. This blog focuses on the modeling and simulation of components in an aircraft fuel tank using Modelon Impact, enabling engineers to analyze […]
Modelon 2022.1 Release: Now Available
February 21, 2022
Since the release of Modelon Impact, our cloud-native system simulation platform, we’ve made constant enhancements to user productivity and experience. With this 2022.1 release, system simulation just got a lot more powerful. We’ve now released the Modelon Help Center, workspace configuration management, and quick-start example models. Here’s what those, and some more notable updates, mean for […]
Reinforcement Learning: Develop AI-Based Controllers For A Heat Recovery Steam Generator System
December 8, 2021
This blog post details the innovative use of reinforcement learning (RL) to develop AI-based controllers for a heat recovery steam generator system. By combining Modelon Impact and minds.ai’s DeepSim platform, engineers are able to take advantage of the latest developments in AI without having to upend current workflows, learn new technologies, or design new models. […]
Efficient Air Conditioning System and Heat Pump Design for Electric Vehicles
November 21, 2021
This blog focuses on designing and simulating an automotive air conditioning and heat pump system using Modelon Impact – enabling engineers to analyze the effect on energy consumption in electric vehicles. The Effect of an Air Conditioning System on Power Consumption and EV Range Automotive air conditioning is today considered the norm: 99% of cars […]
Torque Vectoring Design for Electric Vehicles
October 27, 2021
Torque vectoring technology is a vehicle’s ability to vary torque in each wheel. Learn how to create and analyze a torque vectoring system in electric vehicles using the Vehicle Dynamics Library and Electrification Library integrated in Modelon Impact.
Aircraft Fuel Systems: Designing and Validating Fuel Systems for Safety
September 6, 2021
Efficiently model, simulate, and validate an aircraft fuel tank inerting system reducing the risk of combustion and flammability.
Multi-body Vehicle Dynamics: Chassis Design and Analysis Using Steady-State Technology
June 29, 2021
Steady-state technology and multi-execution capabilities enable the modeling and simulation of chassis to determine how a vehicle will drive. This is enabled by Modelon Impact’s Vehicle Dynamics Library.
More Electric Aircraft: Sub-System Design, Integration, Performance, and Optimization
May 13, 2021
In this blog post, Modelon’s Aerospace Industry Director, Michael Sielemann, introduces the More Electric Aircraft concept and covers how modeling and simulation are shaping the way vehicle sub-systems are designed and integrated. More Electric Aircraft: Vehicle Sub-System Design and Integration More Electric Aircraft vehicle sub-systems are what remains once the mechanical structure of the aircraft […]
Aircraft Landing Gear Design: Model and Simulate Aircraft Landing in Varying Conditions
April 26, 2021
Learn how to model and simulate an aircraft landing in unpredictable conditions in Modelon’s Aircraft Dynamics Library integrated in Modelon Impact.
Multi-body Vehicle Dynamics: Efficient Suspension Design in Modelon Impact
March 25, 2021
This blog highlights the capabilities of Modelon’s Vehicle Dynamics Library, integrated and available in Modelon Impact, to efficiently model and simulate suspension systems. Modelon Impact’s steady-state solver and multi-execution capabilities make it possible to achieve steady-state analysis with speed and precision for multibody vehicle dynamics. Then, deploy your suspension simulation and analysis into a web […]