12
© Ricardo plc 2017 IGNITE 2018.1 New Features

IGNITE 2018.1 New Features...IGNITE is a Modelica-based environment for the modeling and simulation of complex physics -based systems. Duty Cycle Simulation Performance & Fuel Economy

  • Upload
    others

  • View
    1

  • Download
    0

Embed Size (px)

Citation preview

Page 1: IGNITE 2018.1 New Features...IGNITE is a Modelica-based environment for the modeling and simulation of complex physics -based systems. Duty Cycle Simulation Performance & Fuel Economy

© Ricardo plc 2017

IGNITE 2018.1 New Features

Page 2: IGNITE 2018.1 New Features...IGNITE is a Modelica-based environment for the modeling and simulation of complex physics -based systems. Duty Cycle Simulation Performance & Fuel Economy

© Ricardo plc 2017 Commercial In Confidence Release 2018.1 2

IGNITE is a Modelica-based environment for the modeling and simulation of complex physics-based systems

Duty Cycle Simulation

Performance & Fuel Economy

PredictionVehicle

Dynamics

Powertrain / Systems

Integration

Hybrid System Design

Thermal System Modeling

Complete Complex System Modeling

Page 3: IGNITE 2018.1 New Features...IGNITE is a Modelica-based environment for the modeling and simulation of complex physics -based systems. Duty Cycle Simulation Performance & Fuel Economy

© Ricardo plc 2017 Commercial In Confidence Release 2018.1 3

What is IGNITE?

Modelica-based environment for

modeling and simulation of (automotive) systems

Concept Technology Exploration

Detailed Design

A flexible, integrated Modelica based environment for multi-domain systems analysis

Libraries to cover different cross domain problems containing various fidelity components

Page 4: IGNITE 2018.1 New Features...IGNITE is a Modelica-based environment for the modeling and simulation of complex physics -based systems. Duty Cycle Simulation Performance & Fuel Economy

© Ricardo plc 2017 Commercial In Confidence Release 2018.1 4

IGNITE Key Characteristics

• Ricardo library development

– Powertrain– Controls– Vehicle Dynamics– 1-D thermal fluid

• Growing Support for Modelon Libraries

– 7 Modelon libraries supported as of 2017.1

• Flexibility by Functional Mock-up Interface

– OCT Solver

• Co-Simulation Interface

– WAVE-RT & RCAT ( 1-D gas-dynamics engine coupling, emissions)

– MATLAB/Simulink (detailed control system integration / development)

• Postprocessor / Design & Optimization via HEEDS

FMU1 FMU2 FMU3

Page 5: IGNITE 2018.1 New Features...IGNITE is a Modelica-based environment for the modeling and simulation of complex physics -based systems. Duty Cycle Simulation Performance & Fuel Economy

© Ricardo plc 2017 Commercial In Confidence Release 2018.1 5

• Release featuring – IMoved library for vehicle dynamics applications– Powertrain library fixes

2018.1

IGNITE 2018.1

Page 6: IGNITE 2018.1 New Features...IGNITE is a Modelica-based environment for the modeling and simulation of complex physics -based systems. Duty Cycle Simulation Performance & Fuel Economy

© Ricardo plc 2017 Commercial In Confidence Release 2018.1 6

• Prepopulated skeleton components

• Data access via reference objects

• Interfaces for external connections

• Visualization template– IMoved library for vehicle dynamics applications– Powertrain library fixes

2018.1

10 DOF Vehicle Assemblycapability

Page 7: IGNITE 2018.1 New Features...IGNITE is a Modelica-based environment for the modeling and simulation of complex physics -based systems. Duty Cycle Simulation Performance & Fuel Economy

© Ricardo plc 2017 Commercial In Confidence Release 2018.1 7

• Visualization– Road profile– Forces– Tire contact– Vehicle frame– Suspension geometry– Motion

• Results automatically generated from IGNITE

• Camera to follow objects

• Component tree– Case comparison– Visibility control

• Animation controls– Replay and loop– Animation speed

2018.1

Vehicle Simulation - Animationscapability and usability

Page 8: IGNITE 2018.1 New Features...IGNITE is a Modelica-based environment for the modeling and simulation of complex physics -based systems. Duty Cycle Simulation Performance & Fuel Economy

© Ricardo plc 2017 Commercial In Confidence Release 2018.1 8

• Tire data container reading standard TIR file

• Data import via copy/paste from MS Excel

• Option to link the tire properties to IGNITE parameters for tire related parametric studies

2018.1

Tire Data Import for Magic Tireusability

Page 9: IGNITE 2018.1 New Features...IGNITE is a Modelica-based environment for the modeling and simulation of complex physics -based systems. Duty Cycle Simulation Performance & Fuel Economy

© Ricardo plc 2017 Commercial In Confidence Release 2018.1 9

• Road animation

• Path definition as a sub-element of the road

• Vertical profile imposed on the surface– Defined retarders or potholes on the road patch– Defined by the road data measurement– Currently a single point of contact (given by the tire model used)

• Bank angle and gradient profile

2018.1

Road definition and designcapability

Page 10: IGNITE 2018.1 New Features...IGNITE is a Modelica-based environment for the modeling and simulation of complex physics -based systems. Duty Cycle Simulation Performance & Fuel Economy

© Ricardo plc 2017 Commercial In Confidence Release 2018.1 10

• IMoved fully compatible with Powertrain Library

• Interfaces support building different layouts

• PathDriver replacing the CycleDriver

• The impact of the powertrain changes on the vehicle handling

2018.1

Connection to the Powertrain Libraryflexibility and usability

Page 11: IGNITE 2018.1 New Features...IGNITE is a Modelica-based environment for the modeling and simulation of complex physics -based systems. Duty Cycle Simulation Performance & Fuel Economy

© Ricardo plc 2017 Commercial In Confidence Release 2018.1 11

2018.1

Link to RPOSTdefinition of the custom templates usability

Page 12: IGNITE 2018.1 New Features...IGNITE is a Modelica-based environment for the modeling and simulation of complex physics -based systems. Duty Cycle Simulation Performance & Fuel Economy

© Ricardo plc 2017 Commercial In Confidence Release 2018.1 12

2018.1

Components overview

Axles

Roads

Differentials

Drivers

capability