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Industry Overview🔗

Automotive

Vehicle energy management, performance, fuel consumption.

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Aerospace

Aircrafts performance and efficiency.

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Energy

Simulation and optimization for energy and processing plants

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HVAC-R

Modeling various technologies to control the temperature

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Base Libraries🔗

Modelica Standard Library

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  • Modelica® is a standardized and free package that is developed together with the Modelica® language from the Modelica Association, see Modelica website. It is also called Modelica Standard Library.
  • Modelon Base Library

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  • The Modelon Library contains classes that complement the Modelica Standard Library (MSL). The structure of the library largely follows that of MSL.
  • Modelon Libraries🔗

    AirConditioning

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  • The Air Conditioning Library is intended for the steady-state and dynamic systems analysis of air conditioning and refrigeration cycles.
  • Typical tasks are component selection, system performance optimization and verification and also control design and verification.
  • AircraftDynamics

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  • The Aircraft Dynamics Library, or the ADL, targets design and verification of the entire aircraft package, coupling sizing and performance with detailed design of sub-systems.
  • Electrification

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  • The Electrification Library is intended for analysis related to design, control, and thermal management of electrified systems.
  • The library can be used to analyze partial as well as complete systems.
  • EngineDynamics

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  • The Engine Dynamics Library (EDL) bring mean value engine simulation to Modelica.
  • The library is designed for modeling of the complete gas exchange and makes it easy to evaluate different super charging configurations and controller design.

  • EnvironmentalControl

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  • The Environmental Control Library, or ECL, targets design and verification of aircraft environmental control systems, including prediction of energy consumption, thermal conditions and human comfort.
  • FuelCell

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  • The Fuel Cell Library, or the FCL, is intended for modeling of fuel cells and fuel cell systems.
  • The library is targeted to modeling, simulation, analysis and control design of fuel cell systems and contains generic components for a wide range of applications.
  • FuelSystem

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  • Static head influence on pressure distribution is accounted for in the component models for pipes and tanks.
  • The positions in the fuel system are set in all dynamic volume components and received by the flowmodels. Connectors with a black box can only be connected to connectors with a grey box.
  • HeatExchanger

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  • The Heat Exchanger Library, or the HXL, is intended for the heat-exchanger design, dimensioning, and stacking.
  • The library contains heat exchanger models supporting several flat-tube, louvered fin and plate designs.

  • Hydraulics

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  • The Hydraulics Library, or HL, is targeted to modeling of a hydraulic systems in a broad range of applications.
  • The physical component model approach makes it easy to realize non-standard circuits.
  • HydroPower

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  • The Hydro Power Library, or HPL, is targeted to modeling of modeling and simulation of hydro power plant operations.
  • The library can be used to study multiple plant designs and their dynamic behaniors in the early concept design phase.
  • JetPropulsion

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  • The Jet Propulsion Library or JPL is intended for modeling and simulation of jet engines of both commercial and military aircrafts.
  • The comprehensive set of components in the library enables cycle performance analysis and optimization of all types of aerospace gas turbines.
  • Liquid Cooling

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  • The Liquid Cooling Library, or LCL, is targeted to modeling of liquid cooling systems in a broad range of applications.
  • . The physical component model approach makes it easy to realize non-standard circuits.

  • Pnuematics

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  • The Pneumatics Library, or PL, contains the most important pneumatic components, in order to model pneumatic circuits.
  • Coupling elements exist to connect pneumatic components with blocks of the blocks library and elements of the Modelica.Mechanics library.
  • ThermalPower

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  • The Thermal Power Library, or the TPL, is intended for design and commissioning of thermal power plants, including steam and combined cycle power plants.
  • VaporCycle

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  • The Vapor Cycle Library, or the VCL, is intended for the steady-state and dynamic analysis of vapor compression cycles.
  • Typical tasks are component selection, system performance optimization and verification and also control design and verification.
  • VehicleDynamics

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  • The Vehicle Dynamics Library, or VDL, is intended for vehicle dynamics analysis related to mechanical design and control design of automotive chassis.
  • Handling behavior is the primary target, but the library is also well suited for studies of other vehicle properties.