Fluids Mechanics Lab 2014 Procedures 1. 2. 3. 4. 5. 6. Open fully the flow control valve and inlet isolating valve. Make sure that gate valve and globe valve are closed. Switch on the main switch for hydraulic bench and digital pressure indicator. Open fully the outlet control valve. Open the isolating valve for the test pipe No. 1. Insert the two manometer tubes (from digital pressure indicator) into the tapping valve of pipe No. 1. 7. Switch on the pump of hydraulic bench. 8. Let the water flow through
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Each column has a control system made up of several control loops. This control loop has to be adjusted to compensate for changes due to disturbances in plant operation. The control loops consists of sensor and transmitter‚ controller and control valve. The sensor measures the plant variable from the plant and the information send by transmitter to DCS controller. The controller checks if the process variable agrees with the set point. The computer attached to the distillation unit allows
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ANATOMY CARDIOVASCULAR SYSTEM TEST REVIEW LeGrotte 2014 1. Which wall of the heart is thickest and why? The myocardium (cardiac muscle)‚ is the thickest section of the heart wall and contains cardiomyocytes‚ the contractile cell of the heart. 2. What part of the heart is the pacemaker and why? The SA Node is located in the right atrium of the heart. It is made up of a group of cells (myocytes) positioned on the wall of the right atrium‚ at the center of the heart and near the entrance of the
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function of your heart valves‚ the thickness and motion of your heart walls‚ and the size of your heart chambers. An echo can help diagnose many heart conditions. Cardiac performance An echocardiogram can show how well your heart pumps blood (cardiac performance). To evaluate your cardiac performance‚ your doctor will mainly be interested in: • Your left ventricle‚ which pumps oxygen-rich blood to your entire body. Many problems‚ including a faulty heart valve or coronary artery disease
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Gasoline-engine management Gasoline Fuel-Injection System K-Jetronic Technical Instruction Published by: © Robert Bosch GmbH‚ 2000 Postfach 30 02 20‚ D-70442 Stuttgart. Automotive Equipment Business Sector‚ Department for Automotive Services‚ Technical Publications (KH/PDI2). Editor-in-Chief: Dipl.-Ing. (FH) Horst Bauer. Editorial staff: Dipl.-Ing. Karl-Heinz Dietsche‚ Dipl.-Ing. (BA) Jürgen Crepin. Presentation: Dipl.-Ing. (FH) Ulrich Adler‚ Joachim Kaiser‚ Berthold Gauder‚ Leinfelden-Echterdingen
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level of lube oil sump tank‚ governor dynamo and bearing. * Add cooling either 1 and 2 depend on the temperature of the sea water. * Turn the fly wheel manually using by hand (3 or 4x) then put in manual position. * Open starting air valve to blow off the engine * Close test cock all cylinder. Start the engine then put in auto position. * If the exhaust gas temperature to 180 °c and lube oil above 45°c synchronize with other generator engine. *REMEMBER* * Put control mode
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the pulmonary valve. To begin the dissection to view the valves of the heart‚ you will need to make a small incision transversely‚ just below the aortic arch. The incision will cut deep into the heart‚ but will not completely separate it. The cut will give the heart a clam-shell look. Once the incision has been made‚ carefully open the heart. You should be able to view the left atrioventricular valve (bicuspid)‚ the right antrioventricular valve (tricuspid)‚ the aortic valve‚ and the pulmonary
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are separated by a tissue layer‚ called as septum. Left side of the chamber is associated with the circulation of the oxygenated blood and the right side receives the deoxygenated blood from various parts of the body. Valves There are four valves in the heart namely bicuspid valve‚
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into the left atrium. Oxygenated blood then pumps through the mitral valve and into the left ventricle. The left side of our heart contracts the strongest to send blood out the left ventricle and through the aortic arch on its way to all parts of our body. Our blood will then move through the arteries‚ then through capillaries‚ and then return through our veins. Deoxygenated blood will then return to the heart. The valves of our heart are located
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The heart is a muscular organ about the size of a closed fist that functions as the body’s circulatory pump. It takes in deoxygenated blood through the veins and delivers it to the lungs for oxygenation before pumping it into the various arteries (which provide oxygen and nutrients to body tissues by transporting the blood throughout the body). The heart is located in the thoracic cavity medial to the lungs and posterior to the sternum. On its superior end‚ the base of the heart is attached to the
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