Design and simulate an automotive air conditioning and heat pump system to evaluate the energy consumption and range performance of an electric vehicle.
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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.
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In this interview, SUBARU’s Electrified Drivetrain Development team shares how they have successfully implemented model-based development methodologies, with help from Modelon’s Modelica-based technology and technical services team.
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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.
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Modelon Impact’s Vehicle Dynamics Library, steady-state solver, and multi-execution capabilities make it possible to design and analyze multibody vehicle suspension systems.
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This blog reveals how Rimac Automobili uses the Modelon Electrification Library for accurate battery modeling.
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Exploring electric vehicle dynamics can be a difficult exercise in multi-objective optimization. Learn how using Modelica methodologies can help.
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Vehicle Dynamics Library v3.4 introduces a number of updated components for modeling and simulating heavy trucks.
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Increase your productivity and innovation of electric vehicles. Join our webinar on May 28th where Rimac Automobili, an electric hypercar manufacturer, presents how they increase their electrification capabilities and development speed using simulation technology.
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This blog provides an introduction of the Spline-Based Table Look-up (SBTL) method as well as a sample use case from Ford Motor Company – who utilized the SBTL refrigerant package to speed up their air conditioning system model simulations.
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