|
| |
| |  | Studying Courses |
Design of automobiles
The course consists of four parts: engines of internal combustion, transmission, the chassis, control systems (steering, brake).
The designs, purpose and principles of work of mechanisms, units and systems of modern automobiles are described, the tendencies of their development are considered. The questions of influence of a design on operational properties of the automobile are stated. The use of the circuits for the description of elements and systems of the automobile is the peculiar feature of the course.
Operational properties of the automobile
The syllabus stipulates the consideration of the basic operational properties of the vehicle. The criteria of an estimation, evaluated parameters, standards of operational properties, connection of parameters with the constructive and operational factors have been considered. Particularly of the course of lectures is a creation of interactive variant of lectures, which could be sought through Internet.
Mobile cargo handling machines
The designs of lift load trucks with engines of internal combustion have been examined. Types of lift load trucks, features of their design depending on carrying capacity and conditions of work have been analyzed.
Vehicles of the increased passableness
The designs of vehicles of the increased passableness are examined: automobiles and tractors. The designs of alternative engines are considered also: walking, on an air pillow. The designs, purpose and principles of work of mechanisms, units are described, the prospects of development of vehicles with various types of engines are considered.
Automation of productions at the auto repair enterprises
The bases of automation of productions at the auto repair enterprises and also elements allowing an automatic control of manufacture have been examined.
Fundamentals of automatics of automobile systems
The properties of units and systems of the automobile have been examined as adjustable object, principles of action and design of elements of regulation.
Automobile engines
Principles of the valid cycles, processes of filling, blending and combustion have been carried out. The influence of the constructive and operational factors on parameters of work of the engine is analyzed.
Automobile transport logistics
The basic rules logistics (priority of the user, high level of service, reduction of time of performance of the order) are applied to automobile transport. The questions of planning and organization of transportations of fine sets (small parts) of cargoes, acceptance of the decisions in conditions of uncertainty of external environment have been considered in details.
Technological processes at the auto repair enterprises
The characteristics of objects of repair are considered, the technology is described and the fundamental principles of the theory of effective repair are carried out, scientific backgrounds of quality management of repairing of the automobile and designing of processes of restoration of typical details of the automobile are worked out.
Machines and equipment of mechanical engineering
The syllabus provides for the designs of various sources of energy used in mechanical engineering and also drives and transmissions, ensuring work of the various equipment: machine tools, press, lifters, crane - beam etc.
Fuel - power resources of the automobile
The syllabus provides for the predictions of the use of fuel - power resources by the automobile in concrete conditions of operation. Taking into account specific conditions of operation optimum concerning fuel profitability of modes of movement have been created.
Theoretical mechanics
The syllabus provides for the typical sections of a static, kinematics and dynamics. The practical course contains tasks connected with vehicles which are also good examples of engineering calculations.
Resistance of materials
The syllabus includes chapters in tension, compression, theory of durability for simple loadings, twist shift, direct bend, complex resistance, longitudinal bend. Theoretical course is supported by practical tasks examples.
Details of machines
The course includes such chapters as: connections, detail care of rotary movement, transfers of rotary movement, elevating adaptations, vehicles of continuous action.
|
|
| | |
|
