Simulation of Fluid Power Systems with Simcenter Amesim

Description

"This book illustrates numerical simulation of fluid power systems by LMS Amesim Platform covering hydrostatic transmissions, electro hydraulic servo valves, hydraulic servomechanisms for aerospace engineering, speed governors for power machines, fuel injection systems, and automotive servo systems."--Provided by publisher. Abstract: "This book illustrates numerical simulation of fluid power systems by LMS Amesim Platform covering hydrostatic transmissions, electro hydraulic servo valves, hydraulic servomechanisms for aerospace engineering, speed governors for power machines, fuel injection systems, and automotive servo systems."--Provided by publisher Content: Cover Half Title Title Page Copyright Page Dedication Table of Contents Preface Acknowledgments Authors Chapter 1: Overview on the numerical engineering simulation software 1.1 Introduction 1.2 Free software capabilities 1.3 Proprietary software capabilities Bibliography Chapter 2: Capabilities of Simcenter Amesim platform for solving engineering problems 2.1 Platform overview 2.2 Amesim platform capabilities 2.2.1 Personalization features 2.2.2 Analysis tools 2.2.3 Optimization, Robustness, and Design of Experiments 2.2.4 Amesim Simulator Scripting. 2.2.5 Amesim Customization2.2.6 Solvers and Numerics 2.2.7 Model-in-the-Loop, Software-in-the-Loop, Hardware-in-the-Loop, and Real Time 2.2.8 Amesim Software Interfaces 2.2.9 1D/3D CAE 2.2.10 Amesim Libraries 2.3 LMS Imagine. Lab Solutions 2.3.1 LMS Imagine. Lab Powertrain Transmission 2.3.1.1 LMS Imagine. Lab Drivability 2.3.1.2 Noise, Vibration, and Harshness 2.3.1.3 Performance and Losses 2.3.1.4 LMS Imagine. Lab Hybrid Vehicle 2.3.2 LMS Imagine. Lab Internal Combustion Engine 2.3.2.1 Engine Control 2.3.2.2 Air Path Management 2.3.2.3 Combustion 2.3.2.4 Emissions. 2.3.2.5 Internal Combustion Engine Related Hydraulics2.3.3 LMS Imagine. Lab Vehicle System Dynamics 2.3.3.1 Vehicle Dynamics 2.3.3.2 LMS Imagine. Lab Vehicle Dynamics Control 2.3.3.3 LMS Imagine. Lab Braking System 2.3.3.4 LMS Imagine. Lab Power Steering 2.3.3.5 LMS Imagine. Lab Suspension and Anti-Roll 2.3.4 LMS Imagine. Lab Vehicle Thermal Management 2.3.4.1 LMS Imagine. Lab Engine Cooling System 2.3.4.2 LMS Imagine. Lab Refrigerant Loop 2.3.4.3 LMS Imagine. Lab Passenger Comfort 2.3.4.4 LMS Imagine. Lab Lubrication 2.3.5 LMS Imagine. Lab Aerospace Systems. 2.3.5.1 LMS Imagine. Lab Landing Gear2.3.5.2 LMS Imagine. Lab Flight Controls Actuations 2.3.5.3 LMS Imagine. Lab Aerospace Engine Equipment 2.3.5.4 LMS Imagine. Lab Environmental Control Systems 2.3.5.5 LMS Imagine. Lab Aircraft Engine 2.3.5.6 LMS Imagine. Lab Aircraft Fuel Systems 2.3.5.7 LMS Imagine. Lab Electrical Aircraft 2.3.6 LMS Imagine. Lab Thermofluid Systems and Components 2.3.6.1 LMS Imagine. Lab Hydraulics 2.3.6.2 LMS Imagine. Lab Pneumatics 2.3.6.3 LMS Imagine. Lab Gas Mixtures 2.3.6.4 LMS Imagine. Lab Thermalâ#x80 #x93 Hydraulics 2.3.6.5 LMS Imagine. Lab Two-Phase Flow Systems. 2.3.6.6 LMS Imagine. Lab Mobile Hydraulics Actuation Systems2.3.6.7 LMS Imagine. Lab Thermofluids Systems 2.3.7 LMS Imagine. Lab Electromechanical 2.3.7.1 LMS Imagine. Lab Electric Storage Systems 2.3.7.2 LMS Imagine. Lab Electromechanical Components 2.3.7.3 LMS Imagine. Lab Electrical Systems 2.3.7.4 LMS Imagine. Lab Automotive Electrics 2.3.7.5 LMS Imagine. Lab Fuel Cells 2.3.8 LMS Imagine. Lab Vehicle Energy Management 2.3.8.1 LMS Imagine. Lab Vehicle Energy Management and Thermal 2.3.8.2 LMS Imagine. Lab Vehicle Energy Management and Drivability 2.3.8.3 LMS Imagine. Lab Engine Integration.