Theoretical and experimental determination of the maximum traction force developed by the wheeled tractor in working conditions with the attached equipment of a road-building machine.
Theoretical and experimental determination of the maximum traction force developed by a crawler tractor in working conditions with a hinged equipment of a road construction machine.
Theoretical and experimental determination of the resistance force to soil digging by the working bodies of excavating machines, taking into account the effect of elastic deformations of the soil massif and the prism of drawing on the conditions for the formation of the cuttings of the cut earth.
Theoretical and experimental determination of the shape of the working body of the excavator, taking into account the compliance of the construction of the excavator's working equipment (bucket of a forward or backward shovel of an excavator or a loader, or a bucket bucket).
Theoretical and experimental determination of the influence of the parameters of the motor grader on its planning ability and productivity.
Development of methodological provisions for the automation of the process of earth-moving machines.
Development of the theory of the destruction of materials taking into account the phenomenon of elastic deformation.
Development of the theory of compaction of materials taking into account the phenomenon of elastic deformation.
Development of mathematical models for determining performance indicators of the technological process of construction, road and airfield machines.
Analysis of the influence of the speed of movement on the energy consumption of the process of moving materials away from the working bodies of the dump type.
Optimization of design parameters and modes of operation of the working organs of machines and equipment for mixing, compaction and destruction of materials.
Optimization of parameters of metal construction of construction and road machinery.
https://www.researchgate.net/profile/Martha_Simons/project/Writing-a-Scientific-Research-Pape/attachment/5b8551d8cfe4a76455eedd8f/AS:664597904236544@1535463896338/download/RESEARCH.pdf
Theoretical and experimental determination of the maximum traction force developed by a crawler tractor in working conditions with a hinged equipment of a road construction machine.
Theoretical and experimental determination of the resistance force to soil digging by the working bodies of excavating machines, taking into account the effect of elastic deformations of the soil massif and the prism of drawing on the conditions for the formation of the cuttings of the cut earth.
Theoretical and experimental determination of the shape of the working body of the excavator, taking into account the compliance of the construction of the excavator's working equipment (bucket of a forward or backward shovel of an excavator or a loader, or a bucket bucket).
Theoretical and experimental determination of the influence of the parameters of the motor grader on its planning ability and productivity.
Development of methodological provisions for the automation of the process of earth-moving machines.
Development of the theory of the destruction of materials taking into account the phenomenon of elastic deformation.
Development of the theory of compaction of materials taking into account the phenomenon of elastic deformation.
Development of mathematical models for determining performance indicators of the technological process of construction, road and airfield machines.
Analysis of the influence of the speed of movement on the energy consumption of the process of moving materials away from the working bodies of the dump type.
Optimization of design parameters and modes of operation of the working organs of machines and equipment for mixing, compaction and destruction of materials.
Optimization of parameters of metal construction of construction and road machinery.
https://www.researchgate.net/profile/Martha_Simons/project/Writing-a-Scientific-Research-Pape/attachment/5b8551d8cfe4a76455eedd8f/AS:664597904236544@1535463896338/download/RESEARCH.pdf