Research in Mechanical Engineering

 at Amirkabir University of Technology

معاونت پژوهشی دانشکده مهندسی مکانيک

The research program in this department stretches across traditional disciplines and projects span the entire spectrum of mechanical engineering, utilizing analytical, experimental and numerical techniques. Depending on the particular project, emphasis ranges from practical applications to exploring questions of a fundamental nature.

 The department offers several major fields of research in applied mechanics, thermo fluids and manufacturing and production. These may involve designs, computer simulations, feasibility assessments, reviews, practical evaluations and experimental investigations. Some of these projects are undertaken in collaboration with industrial and commercial partners.

 

THERMO FLUIDS

Typical research topics in thermo fluids include:

      Thermal Modeling

      Turbo machines

      Fluidized-bed systems

      Combined heat and power

      Refrigeration and air conditioning

      Control of Environmental Pollution

      Combustion processes

      Solar energy

Additionally any thermo fluids theme links several research groups within the department. The internal combustion engine group works closely with industry. Fundamental and applied research is in progress on engines and new technologies to meet future power unit requirements. Experimental research covers LDA topics and other developing areas of instrumentation. In the area of turbo machinery, researchers are developing both knowledge and applications of Squirrel-cage fans. The computational fluids dynamics group works on a diverse range of topics, frequently with applications in industry. Both in-house developed and proprietary CFD codes are used.

 

SOLID MECHANICS

The department has an extensive research program in solid mechanics, system dynamics and control and advanced machine design. These include topics such as:

      Composite materials

      Static and dynamic response of plates and shells

      Finite element and boundary element methods

      Spacecraft altitude and orbit control

      Adaptive optimal and nonlinear control systems

      Aircraft and missile stability, guidance and control

      Dynamic performance of road vehicles and passenger cars

      Automated guided vehicles and mobile robots

 

MANUFACTURING  and PRODUCTION

The research program in manufacturing and production includes:

      Industrial automation

      Machinability

      Expert systems and artificial intelligence

      Metrology and machine tool testing

      Non-traditional manufacturing processes

      Welding technology

      Non-destructive testing

      Sheet metal forming

      Forging

      CNC

      CAD/CAM