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Loughborough University Control Systems Group Railway Applications Tel: 01509 227018 Email: [email protected] www.lboro.ac.uk/departments/eese/research/systems/control-systems Vehicle Condition Monitoring Advanced model based condition monitoring concepts for vehicle and track monitoring On-board detection of low adhesion using in service vehicles to inform a nationwide adhesion strategy Bogie condition and remaining life detection using inertial sensing and clever processing maximising life and improving servicing REPOINT Totally new concept in track switching Fail safe nature allows capacity improvements through treating switches as plain line The potential end of switch failures Mechatronic vehicles Innovative vehicle architectures: active suspension; active guidance; simplified mechanical layout; total condition monitoring Adoption could lead to: Self guiding trains; vehicle to vehicle signalling; simplified infrastructure; elimination of driver failure modes Benefits include: Reduced track forces and track damage; reduced vehicle mass; lower operational costs Control Systems Group School of Electronic, Electrical and Systems Engineering Loughborough University Implications for Human Factors, process and wider organisational impact to increase the success and acceptance of technology insertion

Loughborough University Control Systems Group · Loughborough University Implications for Human Factors, process and wider organisational impact to increase the success and acceptance

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Page 1: Loughborough University Control Systems Group · Loughborough University Implications for Human Factors, process and wider organisational impact to increase the success and acceptance

Loughborough University

Control Systems Group

Railway Applications

Tel: 01509 227018 Email: [email protected]

www.lboro.ac.uk/departments/eese/research/systems/control-systems

Vehicle Condition Monitoring• Advanced model based condition

monitoring concepts for vehicle andtrack monitoring

• On-board detection of low adhesion usingin service vehicles to inform a nationwideadhesion strategy

• Bogie condition and remaining life detectionusing inertial sensing and clever processingmaximising life and improving servicing

REPOINT • Totally new concept in track switching

• Fail safe nature allows capacity improvementsthrough treating switches as plain line

• The potential end of switch failures

Mechatronic vehicles • Innovative vehicle architectures: active

suspension; active guidance; simplifiedmechanical layout; total condition monitoring

• Adoption could lead to: Self guiding trains;vehicle to vehicle signalling; simplifiedinfrastructure; elimination of driverfailure modes

• Benefits include:Reduced trackforces and trackdamage; reducedvehicle mass; loweroperational costs

Control Systems GroupSchool of Electronic, Electrical and Systems EngineeringLoughborough University

Implications for Human Factors, processand wider organisational impact to increase the success and acceptance of technology insertion