Pneumatic Drives [electronic resource] : System Design, Modelling and Control / by Peter Beater.

By: Beater, Peter [author.]Contributor(s): SpringerLink (Online service)Material type: TextTextLanguage: English Publisher: Berlin, Heidelberg : Springer Berlin Heidelberg, 2007Description: XIV, 323 p. 244 illus. online resourceContent type: text Media type: computer Carrier type: online resourceISBN: 9783540694717Subject(s): Engineering | Hydraulic engineering | Engineering design | Engineering | Machinery and Machine Elements | Control, Robotics, Mechatronics | Engineering Design | Engineering Fluid DynamicsAdditional physical formats: Printed edition:: No titleDDC classification: 621.8 LOC classification: TA213-215Online resources: Click here to access online
Contents:
Properties of Compressed Air -- Thermodynamic Processes -- Some Results from Fluid Mechanics -- Engineering Flow Rate Calculations -- Modelling of Long Lines -- Electro-Mechanical Converters -- Cylinders -- Non-Standard Linear Actuators -- Semi-Rotary Actuators -- Air Motors and Air Turbines -- Directional Control Valves -- Shut-Off Valves -- Pressure Control Valves -- Flow Control Valves -- Proportional Directional Control Valves -- Stroke-Time Control -- Position Control of Pneumatic Systems -- Control of Actuators for Process Valves -- Digital Simulation.
In: Springer eBooksSummary: This book is a comprehensive work on all aspects of pneumatic drives. It bridges the gap between classical descriptions of pneumatic systems in terms of their steady-state behaviour and the wish of design engineers to test their design before setting up the actual hardware. The book covers the whole range of today’s technology for pneumatic drives. Starting with a wide selection of linear actuators – among them standard and rodless cylinders, bellows and diaphragm cylinders –, semi-rotatory drives and air motors are described in detail. Standard directional control valves, analogue valves as well as pressure control valves are covered, including their design, application and modelling. Several control schemes and the necessary converters like solenoids or piezoelectric actuators are presented. In addition to drives for factory automation and automotive applications the technology for the process industry like positioners or spring-and-diaphragm actuators is described. The wish to analyse the design beforehand requires a mathematical description for computer simulation. Therefore, the book presents the basic laws of nature as well as the design and the modes of operation of pneumatic components to derive the modelling equations. It further covers several control strategies like binary mode cylinder drives or position controlled drives and computer aided analysis of complex systems. The book is a unique resource and valuable reference for both, scientists and graduate students as well as professional engineers who need to design and control pneumatic drives.
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Properties of Compressed Air -- Thermodynamic Processes -- Some Results from Fluid Mechanics -- Engineering Flow Rate Calculations -- Modelling of Long Lines -- Electro-Mechanical Converters -- Cylinders -- Non-Standard Linear Actuators -- Semi-Rotary Actuators -- Air Motors and Air Turbines -- Directional Control Valves -- Shut-Off Valves -- Pressure Control Valves -- Flow Control Valves -- Proportional Directional Control Valves -- Stroke-Time Control -- Position Control of Pneumatic Systems -- Control of Actuators for Process Valves -- Digital Simulation.

This book is a comprehensive work on all aspects of pneumatic drives. It bridges the gap between classical descriptions of pneumatic systems in terms of their steady-state behaviour and the wish of design engineers to test their design before setting up the actual hardware. The book covers the whole range of today’s technology for pneumatic drives. Starting with a wide selection of linear actuators – among them standard and rodless cylinders, bellows and diaphragm cylinders –, semi-rotatory drives and air motors are described in detail. Standard directional control valves, analogue valves as well as pressure control valves are covered, including their design, application and modelling. Several control schemes and the necessary converters like solenoids or piezoelectric actuators are presented. In addition to drives for factory automation and automotive applications the technology for the process industry like positioners or spring-and-diaphragm actuators is described. The wish to analyse the design beforehand requires a mathematical description for computer simulation. Therefore, the book presents the basic laws of nature as well as the design and the modes of operation of pneumatic components to derive the modelling equations. It further covers several control strategies like binary mode cylinder drives or position controlled drives and computer aided analysis of complex systems. The book is a unique resource and valuable reference for both, scientists and graduate students as well as professional engineers who need to design and control pneumatic drives.

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