A KIMPLE TYPE STEAM ENGINE PROJECT-2.pptx

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1. P ORTFOLI O

2. 01 P ROJECT DONE B Y Navin nirmal.N BE - MECHANICAL 9013/1394

3. 02 T ABLE OF CONTEN T Project Template A Kimble Type Steam Engine Parts of Kimble Type Steam Engine Working Principle of Kimble Type Steam Engine Advantages of Kimble Type Steam Engine Disadvantages of Kimble Type Steam Engine

4. 08 A KIMBLE TYPE STEAM ENGINE

5. 08 A KIMBLE TYPE STEAM ENGINE

6. 08 A KIMBLE TYPE STEAM ENGINE

7. 09 A MODEL OF KIMBLE TYPE STEAM ENGINE

8. 03 K EY PARTS OF KIMPLE TYPE STEAM ENGIN E Boiler :Generates steam by heating water. Cylinder : Contains the piston and receives steam pressure. Piston : Moves back and forth due to steam pressure, converting steam energy to motion. Crankshaft : Converts the piston's linear motion into rotary motion. Connecting Rod : Links the piston to the crankshaft, transmitting motion. Flywheel : Stabilizes engine operation by storing rotational energy.

9. 03 Valves : Control steam flow into and out of the cylinder.- Governor : Regulates engine speed by adjusting steam flow (optional in models). Base : Supports and stabilizes the engine components.- Gauge : Measures steam pressure in the boiler (optional in models).

10. W ORKING PRINCIPL E Steam Generation : Water in the boiler is heated, producing steam. Steam Expansion : High-pressure steam enters the cylinder, pushing the piston. Mechanical Energy : The piston’s linear motion is converted to rotary motion via a crankshaft. Steam Exhaust : Used steam is expelled through an exhaust valve. Continuous Cycle : This process repeats as long as steam is produced, creating continuous motion .

11. 1 1 Educational Value :Demonstrates basic steam engine principles and thermodynamics. Simplicity : Easier to understand and construct compared to more complex engines. Compact Size : Suitable for model applications and demonstrations. Durability : Often built with robust materials, making them durable for hobby use. A DVANTAGES

12. 1 2 D ISADVANTAGES Efficiency : Generally less efficient than modern engines due to simple design. Power Output : Limited power output, making them unsuitable for heavy-duty applications. Maintenance : Requires regular maintenance and care to ensure proper operation. Steam Pressure : May operate at relatively low steam pressures compared to larger engines.

13. Project Guided by Contact : [phone] Mail ID : [email protected] Sir :JERUSH