Crankshaft

What is power train? In context to automobile engineering, the term power train is explained as the integral component that generates power and delivers it to the road surface, water, or air. It consists of engine, differentials, transmission, drive shafts, and the final drive. In a simple language, it is defined as “A train which comprises of gears and shaft for transmitting power from an engine.” Or “An assembly of gears and associated parts by which power is transmitted from an engine to a…

improve power. Some of the usual sensors people add are: mass airflow, exhaust oxygen, engine revolutions per minute, manifold absolute pressure, barometric pressure, coolant temp, throttle position, knock, vehicle speed, ac load, power steering, crankshaft position, and camshaft position. Most of today's gasoline engines use a 4 stroke piston driven engine and is the most common. The performance of gasoline engines is easy to change. A change in horsepower or torque are the 2 easiest…

“It is the diesel’s higher compression ratio that leads to its greater fuel efficiency. Because the air is compressed, the combustion temperature is higher, and the gases will expand more after combustion, applying more pressure to the piston and crankshaft.” (Famous Scientists…

fillable batteries. When that is complete, you check for coolant leaks. Look near coolant connections including the water pump, radiator, and coolant hoses for wear. Next, check for oil leaks, look near covers such as valve covers, front covers, and crankshaft seal. Last, you check engine mounts, which includes looking for worn rubber mounts and excessive engine…

On March 18, 2017, at Smyrna Christian church, the Ehme family ran their fifth annual Engineering Day for their homeschool group, The Home School Fellowship. Teens Michael, Daniel, and Elizabeth Ehme each ran one of the three stations. All the participants entered their cardboard cars to race for a chance to win a trophy in the rubber-band- powered car race. Mr. Jeffery Ehme, the head organizer of the event, said, “Engineering Day allows the kids to have fun while learning,” and they did just…

Lab 1: Fluctuating Stresses Jinyuan Zhang Due Date: Wednesday, October 14, 2015 Lab Section: 5 Objectives: There are three objectives for this lab. The first objective is applying stresses calculation on a bicycle crank shaft with real-world load. Second objective is visualization of stresses’ fluctuate in process of fatigue failure analysis. The last objective is using the stresses model to find the force is applied on the crank shaft. Sample Calculation: For collecting the…

Due to technological advancement there is a huge difference between the car's of the earlier generations, and the ones which we are driving now. Changes have been made to basic car designs, interior, braking systems, and the engines also. Today, things have evolved in a much faster rate than we have imagined. The car part which has experienced the maximun transformation consistently over the years is the engine. Engine is the most dynamic part of any car, and functions, similar to the heart…

The 19th century was one of the greatest times of change and innovation in history. Inventions that changed the world sprung up left and right. Almost all significant inventions of this time period are still around today. One of the greatest weapons of war in its time was the ironclad. Ironclads were steam powered warships protected by iron or steel plating. they were first used successfully in the mid 19th century. ironclads were designed for several roles such as: dominating sea battles,…

 Project Summary • A turbocharger, turbo, is a turbine-driven forced induction device that increases an internal combustion engine's efficiency and power output by forcing extra air into the combustion chamber. • It was invented Alferd Buchi in 1885. • A turbocharger, turbo, is a turbine-driven forced induction device that increases an internal combustion engine's efficiency and power output by forcing extra air into the combustion chamber. • Turbochargers are commonly used in passenger cars…

quite severe floods but there are various risk doing this. Aside from shorted-out electrics on petrol cars, there is also a risk that the engine will suck the water in which will cause it to lock solid, smashing connecting rods, pistons, and even crankshafts. If the water is moving faster, there is also a risk that the car could be carried away into deeper flood water with you inside. All it takes is two feet of rushing water before your vehicle, even SUVs and pickup trucks, can get carried away…