Accelerating model creation
Easy and accurate model creation
By combining library components, users create an easy-to-understand working sketch of the system model. To aid investigation, varying model complexity can be selected for each component. Parameters and measuring units can be set in an easy and interactive way. Thanks to this completely transparent concept with easy-to-access embedded model information, users can capture, re-use and share engineering knowledge. Engineers can also start from a simplified model representation in the early development stage, and gradually add more detail to the model as design information becomes available.
Extend standard libraries with custom-built components
All AMESim library components are either application-oriented or represent physical phenomena. Users can start from pre-constructed application models to experiment with new ideas and techniques to discover innovative solutions. A unique feature, AMESim users can also create and add to their own libraries. AMESet, the AMESim sub-model editing tool, is designed to help write well-documented, standardized, reusable and easily maintainable libraries. This guarantees that models are completely compatible with existing AMESim library models. LMS Imagine offers an extensive service to develop dedicated components and customized application libraries for clients.
A broad range of applications and physical domains
The various AMESim libraries filled with dedicated and validated components cover a multitude of physical domains and engineering applications:
To create a system simulation model in LMS Imagine.Lab AMESim, users simply access one of the numerous libraries of pre-defined and validated components from different physical domains, such as fluid, thermal, mechanical, electromechanical, powertrain and many others. All library components are completely validated to guarantee the accuracy and reliability of the simulation. By selecting the required validated component from the related library, users completely avoid the step of creating their own complicated code. Not only does this save enormous amounts of time, it also allows teams to easily create complex system models covering multiple domains. Rather than spending time simply building a functional model, engineers can focus on design-critical tasks like optimizing the design for best-in-class product behavior early in the process.
Easy and accurate model creation
By combining library components, users create an easy-to-understand working sketch of the system model. To aid investigation, varying model complexity can be selected for each component. Parameters and measuring units can be set in an easy and interactive way. Thanks to this completely transparent concept with easy-to-access embedded model information, users can capture, re-use and share engineering knowledge. Engineers can also start from a simplified model representation in the early development stage, and gradually add more detail to the model as design information becomes available.
Extend standard libraries with custom-built components
All AMESim library components are either application-oriented or represent physical phenomena. Users can start from pre-constructed application models to experiment with new ideas and techniques to discover innovative solutions. A unique feature, AMESim users can also create and add to their own libraries. AMESet, the AMESim sub-model editing tool, is designed to help write well-documented, standardized, reusable and easily maintainable libraries. This guarantees that models are completely compatible with existing AMESim library models. LMS Imagine offers an extensive service to develop dedicated components and customized application libraries for clients.
A broad range of applications and physical domains
The various AMESim libraries filled with dedicated and validated components cover a multitude of physical domains and engineering applications:
- Control: Signal, Control & Observers
- Electromechanical: Electrical Basics, Electromechanical, Electric Motors & Drives
- Fluid: Hydraulic, Hydraulic Component Design, Hydraulic Resistance, Filling, Pneumatic, Pneumatic Component Design, Gas Mixture, Moist Air
- Internal Combustion Engine: IFP-Drive, IFP-Engine, IFP-Exhaust, IFP-Combustion 3D
- Mechanical: Mechanical, Planar Mechanical, Powertrain, Vehicle Dynamics
- Thermal: Thermal, Thermal-Hydraulic, Thermal-Hydraulic Component Design, Thermal-Pneumatic, Two-Phase Flow, Air Conditioning, Cooling System, Heat Exchanger Assembly Tool.
