Importance of fluid mechanisms and drives, principle, design and use. Divided on two parts - Hydraulics and Pneumatics.

Hydraulics:

1. Introduction

2. Principle and classification of fluid mechanisms

3. Energy transfer through fluid mechanisms

4. Hydraulic mechanisms

5. Basic hydraulic circuits

6. Methodology of hydraulic circuit design

7. Examples of applications of hydraulic circuits

Tire:

1. Introduction

2. Elements of pneumatic mechanisms

3. Production, distribution and treatment of compressed air

4. Synthesis of circuits of pneumatic mechanisms

5. Control of pneumatic mechanisms

6. Methodology of pneumatic circuit design

7. Examples of applications of pneumatic mechamisms

Laboratory exercise is based on individual tasks which must be understood, to build the appropriate hydraulic (pneumatic) circuit and check its function. Tasks are changing, not fixed.

Introduction of fluid mechanics and drives. Students develop relatively good judgment and overview of the principle of hydraulic and pneumatic circuits, their composition and use.

During the laboratory seminars, the knowledge is tested on the tasks of hydraulics and pneumatics.

Students will get a higher knowledge in solving tasks in industrial practice.

ANDRLÍK, Vladimír : Tekutinové mechanizmy a pohony, ČVUT v Praze,

Fakulta strojní, Ústav výrobních strojů a zařízení, 2014.

CERHA, Josef. Hydraulické a pneumatické mechanismy I. Vyd. 2.

Liberec: Technická univerzita v Liberci, 2010. ISBN 80-737-2560-6.

CERHA, Josef. Hydraulické a pneumatické mechanismy II. Vyd. 1.

Liberec: Technická univerzita v Liberci, 2008. ISBN 80-737-2297-6.

MELICHAR, Jan. Hydraulické stroje: konstrukce a provoz. 1. vyd.

Praha: Vydavatelství ČVUT, 2002, 378 s. ISBN 80-010-2657-4.

• 04 26 31 38 BSTR KPP 2012 P základ (compulsory course in the program)
• 08 40 45 52 BSTR KPP 2012 K základ (compulsory course in the program)
• 08 40 45 52 DSTR KPP 2012 K základ (compulsory course in the program)