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Thermal Engineering for Transport: Design, Measurement and Optimisation

Date:  13 Jun 2018
Time:  9am-5pm
Website:  events.imeche.org/ViewEvent?code=CMP6649
Contact:  T: +44 (0)207 973 1251 E: eventenquiries@imeche.org
Location:   Birmingham
Full Address:

Hyatt Regency Birmingham, Birmingham



2018-06-13 9am 2018-06-135pm Europe/London

Thermal Engineering for Transport: Design, Measurement and Optimisation is a specialist one-day seminar that will address the latest developments in thermal management across the automotive, aerospace and rail sectors. (NB LowCVP members can register at IMechE member rates.)

Thermal Engineering for Transport: Design, Measurement and Optimisation is a specialist one-day seminar that will address the latest developments in thermal management across the automotive, aerospace and rail sectors. (NB LowCVP members can register at IMechE member rates.)

Thermal Engineering for Transport: Design, Measurement and Optimisation is a specialist one-day seminar that will address the latest developments in thermal management across the automotive, aerospace and rail sectors.(NB LowCVP members can register at IMechE member rates.)

With pressure from both government and consumers to make vehicles more efficient, join thought leaders across transport to expand your knowledge of innovative new solutions and approaches. This event will showcase technological advances in heat transfer, energy management, materials engineering and the integration and control of thermal systems within different vehicles.

Learn from experts adapting to the changing requirements of electrified vehicles. Understand how design, simulation and testing are adapting across manufacture and operation for aviation, automobiles and rail. The one day seminar provides a great opportunity to network with technical experts and leaders within industry.

Attend this seminar to:

  • Gain unique access to thermal specialists across various related engineering industries
  • Hear from leading transport OEMs and tier one manufacturers about how they are designing systems to optimise thermal management
  • Understand how challenges such as hybridisation and electrification are impacting the requirements for thermal management systems
  • Explore core challenges you have encountered through interactive panel sessions and roundtable discussions
  • Network with cross-industry experts with knowledge of thermal engineering requirements, and the solutions and technologies available

Key programme highlights:

  • Gain insight into the role of thermal energy management in reducing automotive energy consumption from Jaguar Land Rover
  • Understand how engineers are implementing novel integration of models for aircraft thermal assessment with Airbus
  • Hear about thermal management of a power car for high speed operations from Alstom
  • Explore the thermal considerations in system design around electric automotive components with Ricardo UK
  • Learn about methods of maximising direct exhaust heat recovery from SAIC Motor UK

Key speakers include:

  • Cedric Rouaud, Chief Engineer, Ricardo UK
  • Neil Glover, Head of Materials Research, Rolls-Royce
  • Arun Muley, Thermal Management Lead, Power Systems, Boeing Research and Technology
  • Ali Tabbal, Chief Aerodynamics Engineer, ALSTOM S.A
  • Richard Owen, Senior Engineer - Thermal Energy Management, Jaguar Land Rover

Who should attend?

Engineers involved in:

  • Vehicle Systems
  • Thermal Testing
  • Virtual Lifecycles
  • Simulation Analysis
  • Thermal Management
  • Heat Transfer
Birmingham


Description:   

Thermal Engineering for Transport: Design, Measurement and Optimisation is a specialist one-day seminar that will address the latest developments in thermal management across the automotive, aerospace and rail sectors.(NB LowCVP members can register at IMechE member rates.)

With pressure from both government and consumers to make vehicles more efficient, join thought leaders across transport to expand your knowledge of innovative new solutions and approaches. This event will showcase technological advances in heat transfer, energy management, materials engineering and the integration and control of thermal systems within different vehicles.

Learn from experts adapting to the changing requirements of electrified vehicles. Understand how design, simulation and testing are adapting across manufacture and operation for aviation, automobiles and rail. The one day seminar provides a great opportunity to network with technical experts and leaders within industry.

Attend this seminar to:

  • Gain unique access to thermal specialists across various related engineering industries
  • Hear from leading transport OEMs and tier one manufacturers about how they are designing systems to optimise thermal management
  • Understand how challenges such as hybridisation and electrification are impacting the requirements for thermal management systems
  • Explore core challenges you have encountered through interactive panel sessions and roundtable discussions
  • Network with cross-industry experts with knowledge of thermal engineering requirements, and the solutions and technologies available

Key programme highlights:

  • Gain insight into the role of thermal energy management in reducing automotive energy consumption from Jaguar Land Rover
  • Understand how engineers are implementing novel integration of models for aircraft thermal assessment with Airbus
  • Hear about thermal management of a power car for high speed operations from Alstom
  • Explore the thermal considerations in system design around electric automotive components with Ricardo UK
  • Learn about methods of maximising direct exhaust heat recovery from SAIC Motor UK

Key speakers include:

  • Cedric Rouaud, Chief Engineer, Ricardo UK
  • Neil Glover, Head of Materials Research, Rolls-Royce
  • Arun Muley, Thermal Management Lead, Power Systems, Boeing Research and Technology
  • Ali Tabbal, Chief Aerodynamics Engineer, ALSTOM S.A
  • Richard Owen, Senior Engineer - Thermal Energy Management, Jaguar Land Rover

Who should attend?

Engineers involved in:

  • Vehicle Systems
  • Thermal Testing
  • Virtual Lifecycles
  • Simulation Analysis
  • Thermal Management
  • Heat Transfer






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