@tannu.tanwar: #photomagic

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neha
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Friday 12 June 2020 06:42:23 GMT
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rahulbhoria20
Rahul Bhoria :
so nice 👌👌👌👌
2020-06-12 06:49:08
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rahulbhoria20
Rahul Bhoria :
osm...
2020-06-12 06:49:12
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akshaybhatiya93
Akshay Bhatiya :
nice
2020-06-12 08:51:41
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armys429
Arjun Jaat :
super👌👌
2020-06-12 10:00:02
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ghanshyamsingh50
king of jaat :
Gjb
2020-06-12 12:23:42
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er.deepakpal8295
Official.Er.Deepak. :
Atttt👌👌
2020-06-12 13:08:04
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ajmergrover52
Ajmer Grover :
Nyc
2020-06-12 14:09:26
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ajmergrover52
Ajmer Grover :
So beautiful ji
2020-06-12 14:09:30
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ajmergrover52
Ajmer Grover :
So sweet ji
2020-06-12 14:09:35
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usersatishchopra
user6312733205368 :
very nice ji
2020-06-16 02:06:12
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vickysaidpur1
user1125383803522 :
Bdeya h ji [flushed]
2020-06-16 06:27:00
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kuldeepdhadshi
Kuldeep Dhadshi :
Right ji
2020-06-26 02:09:49
0
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#creatorsearchinsights                  The 4-Stroke Diesel Engine Cycle 1. Intake Stroke (Suction) What happens: The piston moves downward from the top of the cylinder to the bottom. Process: The intake valve opens, and pure air only is drawn into the cylinder. (Unlike petrol engines, no fuel is mixed with the air at this stage). 2. Compression Stroke What happens: All valves (intake and exhaust) close, and the piston moves back up from the bottom to the top. Process: The trapped air is heavily compressed (typically at a compression ratio between 15:1 and 22:1). Result: Due to this extreme compression, the temperature of the air rises rapidly to around 500°C – 700°C. 3. Power Stroke (Combustion) What happens: Just as the piston reaches the top, the Fuel Injector sprays diesel fuel into the cylinder as a fine mist. Process: The high temperature of the compressed air instantly ignites the fuel without needing a spark plug. Result: The resulting rapid expansion of hot combustion gases creates high pressure, forcing the piston downward with great force. This stroke produces the actual power to drive the engine. 4. Exhaust Stroke What happens: The exhaust valve opens, and the piston moves upward once more. Process: The piston pushes the burnt gases (exhaust fumes) out of the cylinder through the exhaust manifold. Quick Summary: Intake Air ➔ Compress Air (Heats Up) ➔ Inject Diesel & Spontaneous Combustion (Power) ➔ Push Exhaust Out#srilankan_tik_tok🇱🇰 #japanvehicle #viralvedio #everyone
#creatorsearchinsights The 4-Stroke Diesel Engine Cycle 1. Intake Stroke (Suction) What happens: The piston moves downward from the top of the cylinder to the bottom. Process: The intake valve opens, and pure air only is drawn into the cylinder. (Unlike petrol engines, no fuel is mixed with the air at this stage). 2. Compression Stroke What happens: All valves (intake and exhaust) close, and the piston moves back up from the bottom to the top. Process: The trapped air is heavily compressed (typically at a compression ratio between 15:1 and 22:1). Result: Due to this extreme compression, the temperature of the air rises rapidly to around 500°C – 700°C. 3. Power Stroke (Combustion) What happens: Just as the piston reaches the top, the Fuel Injector sprays diesel fuel into the cylinder as a fine mist. Process: The high temperature of the compressed air instantly ignites the fuel without needing a spark plug. Result: The resulting rapid expansion of hot combustion gases creates high pressure, forcing the piston downward with great force. This stroke produces the actual power to drive the engine. 4. Exhaust Stroke What happens: The exhaust valve opens, and the piston moves upward once more. Process: The piston pushes the burnt gases (exhaust fumes) out of the cylinder through the exhaust manifold. Quick Summary: Intake Air ➔ Compress Air (Heats Up) ➔ Inject Diesel & Spontaneous Combustion (Power) ➔ Push Exhaust Out#srilankan_tik_tok🇱🇰 #japanvehicle #viralvedio #everyone

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