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LMS Technical Papers - 1D system simulation

Below you will find a complete list of the available LMS 1D system simulation technical papers. Please click the title to read the abstract. You can order the complete paper as a pdf file by simply filling in a concise registration form. We would be more than happy to email it to you.   

Available Technical Papers

1D Modelling approach for a conventional external gear pump using the LMS Imagine.Lab AMESim simulation platform
Analysis of Vehicle Energy Consumption through Global Vehicle System Simulation
Automotive boardnet design and analysis through multi level multi domain system simulation
Balancing passenger Thermal Comfort and Vehicle Energy Performance: a multi domain system simulation approach
Balancing vehicle energy performance with drivability and thermal comfort: benefits of a multi domain system simulation approach in the case of an electric hybrid vehicle
CO2 reduction by optimization of the Vehicle Thermal Management: a Multi Domain System Simulation approach
Comparison between a water and an oil hydraulically actuated robot leg with LMS imagine.Lab AMESim
Complete vehicle model to optimize mild hybrid and thermal strategies and to predict CO2 emissions
Design of pressure reducers and stability influences of the downstream line dynamics, applied to automatic gearbox hydraulic control circuits
Dynamic behavior of a hydrostatic regenerative braking system for public service hybrid vehicles
Electrochemical model and its parameters identification tool for the follow up of batteries ageing
Extensive use of multi-domain system simulation for two-stage turbocharger diesel engine control strategy development
HCCI Diesel Control Development and Real-Time Calibration based on engine simulation
Key Parameters Investigation on Small Cycle Fuel Injection Quantity for A Diesel Engine Electric Unit Pump System
LMS Imagine.Lab AMESim for exhaust after treatment systems: application on diesel engine with particulate filter
Model based Vehicle Energy Management and Driveability
Model Predictive Control strategy applied to an Automated Manual Transmission using LMS Imagine.Lab AMESim
Modeling and Analysis of the Hydraulic Control System for a Two Mode Hybrid Electric Vehicle
Modeling and Identification Methodology of Components for Train Braking Systems
Modeling and Simulation of a Hydraulic Breaker using LMS Imagine.Lab AMESim
Modeling of the Heavy Truck Engine and Driveline for Instability Analysis within LMS Imagine.Lab AMESim
Modelling and Simulation of the Aircraft Rudder Hydraulic Servo Actuator with Dynamic Interconnections to Flight Dynamics and Flight Control System Models
Multi-Disciplinary Flight Control Development
Multi-Physics System Simulation for Vehicle Energy Management Optimization
Multi-Scale Physical Modeling of Fuel Cells, From Sub-System to Stack
Research on Electric Powertrain system of Pure Electric Vehicle Based on Automatic Transmission
Simulation for the design of a pressure valve for aircraft braking system
Simulation of a Hydraulic Excavator in LMS Imagine.Lab AMESim
Simulation of ABS Hydraulic Control Unit Matching
Simulation of Electromechanical and Piezoelectric Actuators in LMS Imagine.Lab AMESim
Simulation of thermal behaviour of closed loop common rail injection systems
Simulation study of advanced variable displacement engine coupled to power-split hydraulic hybrid powertrain
System Simulation for Vehicle Thermal Management analysis: how to Evaluate the Impact of Additional Heating Strategies on Vehicle Fuel Consumption and Pollutant Emissions
The LMS Imagine.Lab AMESim tool for the analysis and the optimization of hydraulic vane pumps
The Simulation of Refrigerant Loops based on the Physical Modeling of Air Conditioning components
Virtual integration of a VVT Actuator on a gasoline engine for combustion control
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