Ian C. Turner

THU-215 Characterising prevalence and unmet needs in the setting of funded hepatitis C therapy - automated hepatitis screening in australian emergency departments can assist

Julia Di Girolamo, Alexander Prudence, Melissa Bagatella, Sicha Manandhar et autres

PO-05-202 12 LEAD ECG GUIDED CARDIAC RESYNCHRONIZATION THERAPY OPTIMISATION CLINIC IMPACT IN QRS DURATION, LVEF AND SYMPTOMS – A SINGLE CENTRE PROSPECTIVE STUDY

Sandra C. Pereira Da Silva, Sharad C Agarwal, Ian C. Turner, A.D.C. Norris

PO-05-186 UPGRADING TO CRT AT TIME OF EUR - A SINGLE-CENTRE PROSPECTIVE STUDY TO EVALUATE THE IMPACT OF A SPECIALIST CLINIC TO ASSESS PATIENTS FOR CARDIAC RESYNCHRONISATION THERAPY (CRT) DEVICES AT THE TIME OF ELECTIVE UNIT REPLACEMENT (EUR)

Marta Cunha, Ian C. Turner, Munmohan Virdee

Basic principles of fluid power control

Ian C. Turner

This chapter commences with the basic principles of open- and closed-loop control and the use of fluid power for control purposes. The various components used in pneumatic and hydraulic control are shown in block diagram form and the following elements are identified: …

Control valves II

Ian C. Turner

Following on from Chapter 6 , this chapter deals with the valves listed below: Pressure control valves – covering pressure regulation, pressure limiting and pressure sequencing Combinational valves Solenoid valves. The features and operation of various pressure valves and their role as …

Fluid power generation, supply and distribution

Ian C. Turner

This chapter deals extensively with the various arrangements of plant and equipment used in fluid power generation, supply and distribution. The chapter commences with air generation and distribution covering the various plant and equipment that is used in industrial practice as follows: …

Control valves I

Ian C. Turner

This chapter deals with the following valves used in pneumatic and hydraulic engineering: Directional control valves Non-return valves (NRVs) Flow control valves. The following valves are covered in Chapter 7 : pressure control valves, combinational valves and solenoid valves. This chapter describes …

Pneumatic and hydraulic circuits and arrangement of components

Ian C. Turner

This chapter deals with basic logic functions when applied to fluid power circuits. In addition, the concept of latched (memory) circuits and an understanding of sequential circuits are also covered. The use of cascade techniques when used to switch groups of valves …

Health and safety at work

Ian C. Turner

This chapter outlines the UK Health & Safety requirements in general and specifically in relation to the safety of industrial pressure systems. The chapter covers the following general areas: the organisational structure under the UK’s Health & Safety at Work Act an …

Features and characteristics of pneumatic and hydraulic systems

Ian C. Turner

This chapter commences with covering the air pressure relationship between atmospheric and gauge pressure. The chapter then continues by listing and reviewing the advantages and distinguishing characteristics of compressed air and hydraulic systems followed by disadvantages and limitations compared to other technologies. …

Electro-pneumatics and electro-hydraulics

Ian C. Turner

This chapter deals with the uses and applications of electronics in the field of fluid power systems. In particular, it covers and reviews the uses of electronic controllers to control fluid power systems. Electro-pneumatic and electro-hydraulic systems are described and illustrated. In …

Troubleshooting and maintenance

Ian C. Turner

This chapter covers the causes and effects of malfunctions on pneumatic and hydraulic systems and the need to provide a planned preventive maintenance system comprising regular checks and inspections as required for a given fluid power system. Fault diagnosis together with the …