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RUDN
RUDN
ENG
ENG
Research and Innovation
Laboratories and Centers
Research Center for Transport Engineering and Technology
Research Center for Transport Engineering and Technology
Engineering Sciences

Type

Center

Department

Academy of Engineering

Head:

Artur Asoyan

Structural unit: Academy of Engineering.

The Center conducts applied research in automotive and ground transportation, unmanned systems (both ground and aerial), vehicle diagnostic methods, environmental issues in automotive industry and road network design.

RESOURCES

The Center’s laboratory facilities enable the following work and research:

  • assessing the technical condition of vehicles;
  • digital modeling of the operating processes of engines running on alternative fuels;
  • testing vehicles for energy, environmental and economic parameters;
  • digital modeling, development and manufacture of unmanned ground and aerial vehicles.

EQUIPMENT FLEET

  • HP-6B test rig (AE&T) for assessing the technical condition of electromagnetic injectors;
  • Cartec LPS 2510 single-axle chassis dynamometer for assessing the energy performance of vehicle engines (power, torque) in various modes simulating real-world road conditions;
  • Infracar 5M-3T.02 five-component gas analyzer for assessing the environmental performance of internal combustion engines;
  • DFM 100 CK fuel flow meter for assessing the economic performance of vehicle engines, as well as for obtaining and analyzing data on actual fuel consumed by the engine;
  • workstations for numerical modeling of vehicle components and assemblies;
  • workstations for numerical modeling of vehicle traffic on urban road networks.

The Center’s computing capabilities can be expanded, if necessary, by connecting to the RUDN University supercomputer (205.46 Tflops).

THE TEAM

Solves a wide range of problems for academic and industrial partners in automotive and ground transportation, as well as developing new unmanned systems for both ground and aerial vehicles.

PARTNERS

  • KAMAZ PJSC
  • RUS-AVTODOM LLC
  • Federal State Unitary Enterprise NAMI State Research Center
  • BECEMA Machine-Building Plant JSC
Main scientific directions
  • Studying, developing and creating mobile diagnostic devices for assessing the technical condition of聽vehicles
  • Modeling the operating processes of聽engines running on聽alternative fuels, including the use of聽hydrogen as聽an聽additive to聽hydrocarbon fuels
  • Testing vehicles for energy, environmental and economic parameters
  • Developing and manufacturing unmanned ground and aerial vehicles
  • Developing methods and tools for managing urban road networks while ensuring road safety
Achievements All achievements
Algorithm for assessing the fatigue life of聽mechanical components with complex geometry and random, non-proportional loads with multiple inputs.

Application: mechanical engineering.

 

 

Algorithm for assessing the dynamic strength of聽car bodies taken spot welds.

Application: mechanical engineering.

Mathematical model for operating an聽automatic traffic violation recording system to聽ensure road safety.

Application: road safety.