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Drivability

Drivability

3 days

MOT/PRESTAA-E

Request an in-house session

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Who should attend?

Learning Objectives

Sessions

This course is not scheduled.

Who should attend?

Audience

- Engineers and technical staff working in relation with engine departments and needing to know the vocabulary, the physics fundamentals, engine management and calibrations of drivability.

Level

Advanced

This course provides a deeper knowledge and competencies on engine design, management and calibrations in order to optimize drivability.

Learning Objectives

Upon completion of the course, participants will be able to understand:
drivability from an engineering perspective,
how engine management functions and its impact on drivability,
the physics and the parameters used in the engine that improves drivability,
the vehicle reactions that cause customer drivability concerns for the engine and vehicle systems and interfaces.

Course Content

Introduction

0.5 day

V Cycle.
What is drivability?
List of subsystems that affect drivability.
Highlight the impact of future technologies.
Explain how drivability is measured.
How these measurements are correlated back to customer concerns?
Formalization of the requirements on drivability.
Between specification and validation of drivability.

Engine management system & calibration

0.5 day

Introduction to engine management (torque structure).
Drivability strategies in the torque structure.
Drivability target settings.
Classification of driving modes.
Specifications of engine management.
Compromise between attributes.
Calibrations.

Drivability

1 day

Drivability target definition (engine speed fluctuation, response delay, …).
Drivability within the vehicle development process.
Driving modes (Tip in/Kick down/Take off, …): compromise between attributes.
Anti-jerk and LTC: Load transient Control.
Engine management system.
Calibration and drivability release.

Idle speed regulation

0.5 day

Idle in stabilized conditions.
Idle in transient conditions.
Engine management system.
Calibration and validation.

Drivability: other attributes

0.5 day

Anti-stall strategy.
RVV/LVV strategies.
Climatization cut-off strategies.
Engine protection strategies (brio effect).
Other strategies (Easy Move, ESP, …).
Engine control.
Calibration and validation.

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