Department of AUDI HUNGARIA Internal Combustion Engines

Faculty of Engineering Sciences

Department of AUDI HUNGARIA Internal Combustion Engines

Head of department:

  Dr. Mathias R. Dreyer

Position:

  University associate professor

 

 

 

 

Contact information:

Dr. Peter Gal commissioned head of department

Position:

  University associate professor

Telephone: +36 96 503 491

E-mail: galpeter@sze.hu

Homepage: http://www.auditanszek.hu/

 

Research profile:

-          Design and development of internal combustion engines

-          Examination of internal combustion engines, development of measurement procedures

-          Tribology of automotive engines

-          Modeling, simulation, and experimental analysis of friction and lubrication phenomena related to internal combustion engines

-          Development of alternative automotive drives systems

-          Development of automotive industrial technologies

 

Applied Methods / Special tools:

-          Constructional development of internal combustion engines (rotary piston engine)

-          Development and implementation of complex experimental test stand

-          Examination and modeling of mechanical losses of internal combustion engines

-          Homogeneously charged compression ignition engines development

-          Development of alternative automotive drives systems

-          NI compactDAQ 9162 measurement data acquisition system

-          NI DaqCard-6062 PCMCIA data acquisition card

-          NI compactRIO FPGA measurement and controlling system

-          NI PXI measurement data logger system

-          HBM MGC amplifier

-          HBM T30FN torque meter axis

-          HBM T22FN torque meter axis

-          HBM Spider8

-          HBM W50 pick-up

-          HBM K-T12-S500Q torque meter plate

-          HBM QuantumX MX-840

-          Kistler measuring spark plug

-          Kistler dynamometer plate

-          Kistler CR manometer

-          Kistler 5015A1101 ChargeMeter

-          Micro-Epsilon turbo charger revolution counter

-          Engine brake-testing equipment

-          Bruel&Kjaer Pulse hardver

 

Services:

-          Technical developments

-          Simulation, analysis of engine processes

-          Engine technical examinations

-          Professional training courses, company in-service trainings

-          Technical advising

 

References:

 

Research projects:

 

1. Research project

Type: Applied research

Aim: To develop the prototype of a variable-stroke internal combustion engine

Tasks, performed by the Department: Designing, constructing, building engine and dynamometer

Duration: 2007-2008

 

2.  Research project

Type: Applied research

Aim: To develop the control of a variable-stroke internal combustion engine

Tasks, performed by the Department: Controlling strategy development, programming, engine experimental testing

Duration: 2010-2011

 

Contract research:

 

1. Development of low power internal combustion engine dynamometer

Type: Industrial development

Aim: To create an agricultural small-powered engine testing stand for MTD Hungary Ltd.

Tasks, performed by the Department: Designing, implementing of a test station, developing the operating software

Duration: 09.2006-03.2009

Principals: Department of General Engineering, Motech Ltd. Mosonmagyaróvár; MTD Hungária Ltd., Nemesvámos

 

2. Vibration test of Allison torque converters

Type: Industrial development

Aim: To separate mounting errors with the help of vibration analysis

Tasks, performed by the Department: Developing the vibration measuring special software, matching the measuring system into the final takeover test stand technology

Duration: 03.2006-12.2006

Principals: Széchenyi István University - Department of Automotive and Railway Engineering, GM Powertrain Hungary Ltd.

 

3. Research of mounting technology of the cylinder-head of third generation engines

Type: Industrial development

Aim: To optimize the mounting process of cylinder heads produced by the GM Powertrain Hungary Ltd.

Tasks, performed by the Department: Developing the measurement technology of cylinder head deformations, analyzing the examination of laboratory- and procedural measurements

Duration: 2005-2008

Client: GM Powertrain Hungary Ltd.

 

4. Examination of effects of water injection on Otto-engines

Type: Industrial development

Aim: To reveal the effects of water injection on the burning process and on engine properties

Tasks, performed by the Department: Thermodynamic modeling of water injection, examining the injection nozzles in the case of water, determining the necessary injection periods, testing the engine on a test stand

Duration: 02.2008-12.2009

Client: GM Powertrain Hungary Ltd.

 

5. Experimental measurements of exhaust pressure on a turbocharged engine

Type: Industrial development

Aim: To reveal the cold test examination options on engines instrumented with a turbo chargers

Tasks, performed by the Department: Creating the examination options in laboratory conditions with the external drive of the engine, developing the software necessary for performing the measurements, carrying out and analyzing the experimental measurements

Duration: 02.2009-12.2009

Client: GM Powertrain Hungary Ltd.

 

6. Development of fuel-consumption measurement procedure for buses equipped with hydrodynamic torque converter

Type: Industrial development

Aim: To develop the indirect fuel-consumption measurement procedure

Tasks, performed by the Department: Performing dynamometer experiments of fuel-consumption measurements of Diesel-engines equipped with serial injection systems, performing vehicle dynamic measurements

Duration: 03.2006-12.2006

Principals: Széchenyi István University - Department of Automotive and Railway Engineering, Kisalföld Volán Inc., Győr

 

7. Development of automatic passenger counting equipment for buses

Type: Industrial development

Aim: To determine the number of passengers based on the pressures that can be measured in the air springs

Tasks, performed by the Department: Developing the measuring and data acquisition  system necessary for the measurements, integrating the measuring and data acquisition  system, evaluating the collected data

Duration: 03.2005-12.2005

Principals: Széchenyi István University - Department of Automotive and Railway Engineering, Kisalföld Volán Inc., Győr

 

8. Examination of resonance phenomenon, occurring in BW turbo chargers

Type: Industrial development

Aim: To perform laboratory examinations of noise- and vibration phenomena occuring during the final quality inspection of Borg-Warner turbo chargers

Tasks, performed by the Department: Creating noise- and vibration measurement software for the sensors and hardware provided by the manufacturer

Duration: 06.2009-12.2009

Principals: Széchenyi István University - Department of Automotive and Railway Engineering, BW Turbo Ltd., Oroszlány

 

Keywords:

internal combustion engine, vehicle-industrial technologies, tribology of vehicle engines, alternative vehicle drives

Vállalati

Események

Munkaszüneti nap 2018. október 22.
Munkaszüneti nap 2018. október 23.
Elektronikus ZH nap 2018. október 24.
MÉK Ünnepi Szenátusi Ülés 2018. október 25. 10:00 - 11:00
Levelező oktatás kontaktóráinak időpontja 2018. október 26. 00:00 - 2018. október 27. 23:00

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