With this I will discuss about how to - how to calculate engine capacity, cylinder volume and pressure of compression. Hopefully this can count bermamfaat way for all, but today I want to share the knowledge to provide the calculation formula in physics and inshaAllah true and accurate.
capacity Engine
Engine capacity is indicated by the volume formed by the time the piston moves upward from BDC to TDC, also known as the volume of the compression step. Volume compression step is calculated in units of Cubic Centimeter (cm 3). The formula to calculate it is:
capacity Engine
Engine capacity is indicated by the volume formed by the time the piston moves upward from BDC to TDC, also known as the volume of the compression step. Volume compression step is calculated in units of Cubic Centimeter (cm 3). The formula to calculate it is:
= Π r 2 x S
= Π (1/2 D) 2 x S
= Π / cc 4.D2.S
Specification:
* 3.14 = 22/7 = pi
* S is a step piston from BDC towards TDC
* R is the finger - the finger or half the diameter of the piston
volume of Cylinder
The volume of the cylinder is the total number of steps to increase the volume of the combustion chamber volume.
And the formula:
Vs = Vl + Vc
Specification:
* Vs = Volume of cylinder (cc)
* Vl = Volume step (cc)
* Vc = volume of the combustion chamber (cc)
Volume Space Fuel
Combustion chamber volume is the volume of the room which is formed between the cylinder head and piston head reaches TDC. Denoted by Vc (volume compressi).
comparison of Compression
The compression ratio is the ratio of the volume of a cylinder with a volume compression. Comparison of compression associated with volume steps.
When expressed in the formula:
E = Vs + Vc / Vc
Specification:
# E = ratio of compression
# Vs = volume of cylinder
# Vc = Volume of combustion chamber
The magnitude of the compression ratio for motorcycle touring bikes range between 8: 1 and 9: 1 This means that during the compression stroke of the charge that is on top of the piston in compressing 8 times the final volume. The higher the compression ratio, the higher the pressure and temperature at the end of compression.
That's how we give the formulation of the CARA MENGHITUNG KAPASITAS MESIN, VOLUME SILINDER DAN KOMPRESSI MESIN.
