Hydraulic Мachines and Аir-Oil Сircuit
Course Overview 
Level of study
	Bachelor Degree 	
Workload	ECTS: 3
Total Hours: 128
Contact Hours: 64
•	Lectures: 16
•	Labs: 16
•	Seminars: 0	
Course Code	-	
Semester	Winter, Summer	
Prerequisites	Fluid Mechanics, Physics, Theoretical Mechanics.	
Course Objectives	Fluid Mechanics, Physics, Theoretical Mechanics.	
Learning Outcomes	By the end of the course the student will know: 
•	basic hydraulic drive performance;
•	design and function of various pumps and hydromotors; 
•	controllers and directional control hydraulic equipment. 
The students will be able to:
•	read and make (draw) diagrams of hydraulic drives.
The students will have the experience in:
•	on air-oil circuit development.	
Syllabus	Topic 1 Basic hydraulic drive performance (lectures 2, labs 2)
Topic 2 Operating fluids for hydraulic systems. Hydraulic lines (lectures 2, labs 2)
Topic 3 Pumps and hydraulic motors (lectures 4, labs 4)
Topic 4 Hydraulic cylinders (lectures 2, labs 2)
Topic 5 Controllers and directional control hydraulic equipment (lectures 2, labs 2)
Topic 6 Accessories of hydraulic systems (lectures 2, labs 2)
Topic 7 Tracking hydraulic drives (lectures 2, labs 2)	
Labs	1.	Gear and Wing Pumps
2.	Eccentric Pumps
3.	Hydraulic Engine Velocity Control
4.	Pump Station Performance
5.	Pump Station Performance
6.	Switch Hydraulic Equipment
7.	Controlling hydraulic Equipment
8.	Testing Hydraulic Equipment	
Projects	-	
Assessment	Exam	
Resources	1.	Bashta T.M. Hydraulics, hydraulic machines and hydraulic drives. - М.: Mechanical Englineering, 1970. - 424 p. 
2.	Bashta T.M. Hydraulic drive and hydraulic and pneumatic control systems. – М.: Mechanical Englineering, 1972. - 320 p. 
3.	Khurmi R. S. A Textbook Of Hydraulics Fluid Mechanics and Hydraulic Machines, 2000. - 670 p.
4.	Mechanical engineering hydraulic drive. Edited by V.N. Prokofiev. – М.: Mechanical Engineering, 1978. – 495 p. 
5.	Pneumatic devices and systems in mechanical engineering. Reference book. Edited by E.V. Gerts. – М.: Mechanical Engineering, 1981 – 408 p.
6.	Dmitriev V.N., Gradetsky V.G. Basics of pneumatic control. - М.: Mechanical Engineering, 1973. – 360 p. 
7.	Problem book on mechanical engineering hydraulics. Edited by I.I. Kukolevsky, L.G. Podviza. – М.: Mechanical Engineering, 1981 – 464 p. 
8.	Sveshnikov V.K., Usov A.A. Machine tool hydraulic drives: Reference bok. - М.: Mechanical Engineering, 1982. - 464 p. 
9.	Temny V.P. Basics of hydraulic control. – М.: Science, 1972. – 244 p. 
10.	Krauinsh P.Y., Smaylov S.A., Moyzes B.B. Hydraulics and air-oil circuit. Teaching aid. . TPU Publishing house, 2006. – 223 p. 
11.	Internet resource: //hydraulicspneumatics.com/ 	
Instructors	Cherkasov Alexandr Ivanovich