Alagappa Chettiar College of Engineering & Technology Government of Tamilnadu Karaikudi – 630004‚ Tamilnadu. [pic] [pic] -BY HARI PRASAD.L (hariprasadmech@gmail.com) PONRAJ JOHN KENNEDY.A (jkmech@gmail.com) CONTACT : Third Year Mechanical Engg‚ A.C.College of Engg & Tech. Karaikudi-630004. ( 9894984464. ABSTRACT
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Abstract Flash Sintering is a recently discovered technique that has repeatedly been shown to dramatically lower sintering temperatures in experiments involved with the ceramic Yttria Stabilized Zirconia (YSZ) by applying a DC electric field to the body during the sintering cycle. Data acquired from these experiments have shown a relation between the applied electric field and temperature‚ which cause densification to occur at lower temperatures and quicker times. Experiments conducted by Raj
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Name ____________________________________ Equipotential Go to http://phet.colorado.edu/simulations/sims.php?sim=Charges_and_Fields and click on Run Now. Complete Part 1 for chapter 18 and part 2 and 3 for chapter 19. Part 1: What is an equipotential line and how is this simulation related to work and energy? 1) Turn on “Show Numbers” 2) Place a positive 1 nano-coulomb charge near the center of the screen. 3) In the lower left of the screen is a meter for indicating electric potential
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Lesson Plan: Electric Circuits (~130 minutes) Concepts 1. Electricity is the flow of electric charge (electrons). 2. Electric Charge is a property of subatomic particles. 3. Current is the movement of electric charge. 4. Voltage is the electric potential that exists to move a charge. 5. Power is the rate at which electric energy is flowing in a circuit. 6. Ohm’s Law: Power = Voltage x Current. 7. Resistance is a physical property that quantifies how well a charge
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Introduction and Experimental Goal: An electric field surrounds all electrically charged particles. With electric fields‚ one can determine the effects of all of the charges in the environment. In this lab entitled “Electric Fields and Potential Mapping”‚ the main goal obtained was to examine and deliberate the effects of an electric field and electric potential. Examples of some effects of electric fields include resultant forces‚ changes in motion‚ changes in current flow‚ etc. By using conductive
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Cells are the basic building blocks of life. For cells to survive and function normally‚ fluids and electrolytes must keep a harmonious balance. The human body is composed of approximately 60% electrolyte-containing water‚ in which it is the kidneys’ job to regulate. Any loss of water should be matched with a consumption of water on a daily basis to ensure cells receive a constant balance of fluids. Water from our bodies comes from foods and liquids. Water loss is mostly through urine and
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ADVANCED COMMUNICATION REDTACTON Abstract RedTacton is a human area network technology that uses the surface of the human body as a safe high-speed network transmission path. We may have imagined the future as a place crawling with antennas and emitters‚ due to the huge growth of wireless communications and it gives an idea of using our body as a data transmission. Thus NTT labs‚ the Japanese telecom group had developed a revolutionary technology called “Red Tacton”. The technology is called
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Lab 2: Equipotential Lines and Lines Of Force Purpose: The purpose of this lab is to find the electric current when passing through conductors of different shapes and sizes. Also to gain a general knowledge of the laws governing the flow of current through extended conductors is another objective for this experiment. In this lab we are to experiment with the lines of force and equipotentials. We are also to find out vector field and the relationship between the lines of force and the electric field
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SAMPLE PROBLEMS: 112- Topic 1: ELECTRIC FORCES & ELECTRIC FIELDS. 1) Charges of - 6 and + 4 nC are 3 m apart. Determine the force they exert on each other‚ and the electric field at a point midway between them. |Solution: This is an electrostatics problem (stationary charges). Since the charges|[pic] | |are of opposite sign‚ they will attract each other. The forces are indicated in the|
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3.2.5 Mechanical System of Gear Hobbing machine: 3.2.5.1 Schematic of mechanical system: Front view of machine Figure 20a: Front View Back View of machine Figure: 20b Back View Description of Figures Components of Mechanical System: 1. Gear train 2. Electric panel 3. Slides 4. Hob head 5. Cutter 6. Work piece holder 7. Column 8. Bed 9. Oil tank 10. Fluent tank 11. Motor (M1‚M2‚M3) Sub- components of Mechanical System: 1. Gears 2. Pulley wheel 3. V-belt 4. Ball bearing 5. Lead screw 6. Sleeves
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