PPT-Basic Hydraulics and Pneumatics

Module 1 Introduction to Hydraulics By Samir Hamasha Module 1 Introduction to Hydraulics Module Objectives  After the completion of this module the student will be able to  Identify the common uses of hydraulic systems. The pistons and tubing are light and powerful lighter than equivalent motors however the compressor is itself a motor and is heavy Once the big decision to add the compressor is made adding extra pistons is much easier and lighter than adding extra Steel Suction Line Accumulators Capacity Tables 56 Stand Pipe Style Steel Accumulators Vertical Horizontal and StandPipe Copper Dimensions 89 Steel Receivers 10 brPage 3br Parker Hanni64257n Corporation 8abViZVYYjhigVa8digdah 8ViVad8 Module 1: Introduction to Hydraulics. By :Samir Hamasha. Module 1: Introduction to Hydraulics. Module Objectives . After the completion of this module, the student will be able to: . Identify the common uses of hydraulic systems.. How does a hydraulic system work? . Starter:. List the main properties of liquids and gases.. What . are the main . similarities/differences between them ? . Glossary words. Pressure. – force per unit area acting on surface at right angles to the surface. Unit is . Module 3: Hydraulic components. (Non-return valves). Prepared by : Samir Hamasha. Warm Up. Module 3: Non return valves. Module Objectives. After the completion of this module the student should be able to:. Simplified model . Compressed. Air. Tank. Geek. Safety. Glasses. 60 lbs . Pneumatic Cylinder. Whoa! That’s a lot of force. Plunger. Diaphragm. FORCE= Area of Diaphragm (inches). X Pressure (PSI) in tank.. Hydraulics of Semi Circular Weirs. Q=CLH. t. 3/2. L = Effective Length of Weir. H. t. = Total Head (Still Pool). = H + V. 2. /2g = Energy Grade Line. . H & V measured 3H upstream from weir. Hydraulics of Semi Circular Weirs. Q=CLH. t. 3/2. L = Effective Length of Weir. H. t. = Total Head (Still Pool). = H + V. 2. /2g = Energy Grade Line. . H & V measured 3H upstream from weir. Application on TRIGA reactor. Student Romain Henry. Supervisors: Prof. Dr. IZTOK TISELJ. Dr. LUKA SNOJ. PhD Topic presentation. 27/03/2012. FMF LJUBLJANA. 1. A nuclear reactor is a “boiler” in which heat is produced . Hydraulics. -Maccoy Merrell and Zachary Stinson. What are Hydraulics?. Hydraulics are systems that transfer energy/work through water or other aqueous substances. Some examples of these systems are convertible cars, Levi’s project, and drawbridges.. Pneuma. -what?. Air! A pneumatic assembly is one that converts energy stored in compressed air to mechanical energy.. Electrical Energy. Compressed air. Mechanical force. Compressor. Release of air. Myth – Pneumatics are Heavy. Casualty care A17. There are lots of things to remember when taking care of somebody.. Which . three. of these casualty care actions do you think are the most important?. Remain calm. Reassure the casualty. [EBOOK] Practical Book: Electro-pneumatics - Basic Level Industrial Hydraulics and Pneumatics Practical Book Series
http://skymetrix.xyz/?book=B08GB25JTG Robert Page, PE, HNTB. Boot Camp. https://www.goarmy.com/army-life/basic-training.html. Agenda. Background Information. Indiana Design Manual (IDM). INDOT Hydraulics Website. Hydraulics Links. Hydrology and Hydraulics (H&H) Basics.