Railway Transportation Master Program, Raylı Sistem Mühendisliği Programı
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Research Areas

Rail systems engineering academic staff are some of the research areas below are not limited to, all research areas.

Planing of Railway Systems
-Planning of the rail system (high speed rail, Intercity train).
-Urban planning of rail public transport system (metro, light rail and streetcar named streets).
-Design and construction of the rail system (high-speed railway, inter-city railway, urban railway (metro, light rail and streetcar named streets).

Operation and Maintenance

-The top of the rail system and the construction and maintenance of infrastructures.
-The environmental impact of the rail system and external costs.
-Construction and operating costs of the rail system.
-Rail systems sustainability.

Infastructure Planning and Design
-Railway art builds ground.
-Art design of the rail system (tunnels, viaducts) and the construction method selecting.
-Rail system in place of the static and dynamic tests of superstructure.
-Fatigue tests (Rails, steel bridge carrier system elements).
-Ray wheel depends on the interaction of superstructure corruptions (ondülasyon, increase in vibration, deformation, etc.) and determination of the fatigue life of railway superstructure.
-Characterization of the superstructure elements, selection of the rail system.
-Pavement types and design.
-Determination of geometric standards.
-Accidents and risk analysis.
-reinforced concrete and steel bridges. Determination of routes and rail system in ground survey (fill, splitting, viaducts and tunnels).
-Within a city rail systems cut-and-cover method requires synthesis and dimensioning of the retaining wall and.
-Risk of landslides in land surveying. Drainage and landslide prevention project preparation of

Economical Perspective
-The operation of the rail system.
-Planning of investment in the rail system.
-Economic evaluation of investment in the rail system.

Onboard Design and Optimization
-Rail systems, and marched with the tools taken (moving) the strength of experimental and numerical characterization of structural components, improvement and development activities.
-Rail systems and withdrawn vehicles looking dynamics and vibration characterisation, improvement and development activities.
-Rail systems and withdrawn vehicles bogie systems, bogie dynamic characterization, optimization and development.
-High speed train sets of the aerodynamic properties of the characterisation, improvement and development activities.
-Inner-city, inter-city rail passenger transportation passenger comfort with the systems evaluation and improvement.
-Acoustic solution of problems in the rail system, passenger comfort and the investigation of the noise impact on living spaces, reducing the effects of research of characterization and.
-Rail systems, rail-wheel interaction problems, wear reviews and modeling and reduction of strain from the infrastructure, improving the Driveline for characterisation, improvement and development activities.
-A new generation of high-tech rail systems structural optimum body and undercarriage design mitigated, characterization and evaluation.

Signalization and Electrification
-Rail systems Signalization(conventional, CBTC, ERTMS, ECTS etc).
-Rail system of electrification (AC and DC).
-Rail transport vehicles motion control.
-Rail systems (and in these systems used cars), and using energy efficient design.
-Energy efficient livre optimization and fleet management.
-Means of rail transport automation.
-Rail transport systems SCADA applications.
-Rail transport systems passenger and driver information.
-Rail transport systems communications.
-Rail systems functional security.
-Rail transport systems, emergency and disaster planning,
-Rail transport systems simulation. Rail transport system informatics.

Source Management
-Rail systems for fuels and energy technology.
-Rail systems for lubricants and waste oil management.