Diameter of clay sewer pipe are dependent on the manufacturer and the nominal diameter of the pipe (generally ranging from 4" to 30"). For one manufacturer's specifications see: http://www.loganclaypipe.com/pp_pipespecsdata.html
8"
8"
For Mild Steel Bars: Diameter (in inches): 1/4" Weight per foot: 0.167 lb/ft Diameter (in inches): 3/8" Weight per foot: 0.376 lb/ft Diameter (in inches): 1/2" Weight per foot: 0.668 lb/ft Diameter (in inches): 5/8" Weight per foot: 1.043 lb/ft Diameter (in inches): 3/4" Weight per foot: 1.502 lb/ft Diameter (in inches): 1" Weight per foot: 2.670 lb/ft For High-Strength Deformed (HSD) Steel Bars (commonly used in construction): Diameter (in millimeters): 8 mm Weight per meter: 0.395 kg/m Diameter (in millimeters): 10 mm Weight per meter: 0.617 kg/m Diameter (in millimeters): 12 mm Weight per meter: 0.888 kg/m Diameter (in millimeters): 16 mm Weight per meter: 1.579 kg/m Diameter (in millimeters): 20 mm Weight per meter: 2.467 kg/m Diameter (in millimeters): 25 mm Weight per meter: 3.853 kg/m
More info is needed. What is the elevation of the bottom of the tank relative to the outlet of the 14" pipe? How much liquid is in the tank, and what are the tank dimensions? What is the shape of the tank (cone, vertical, horizontal, sphere?) How many fittings (elbows, turns, half-open valves etc.) are along the length of the pipe? How much pressure is being applied to the surface of the liquid in the tank or is it open to the atmosphere? Try this formula for a vertical tank with straight sides open to the atmosphere: t = pi * D2 / Cd / A *sqrt (h / 8 / G) where t = time in seconds pi = 3.14 D = tank diameter (feet) Cd = orifice coefficient (use 0.61 for a sharp edge orifice) A = cross-sectional area of outlet pipe (square feet; A = pi * pipe diameter2 / 4) h = height of liquid in tank plus height of bottom of tank above pipe outlet (feet) G = gravitational acceleration (32.2 ft/sec2)
finished out dimensions are 8"x8"x16" basic dimensions of a concrete block are 7-5/8"x7-5/8"x15-5/8"
The standard concrete building block for load-bearing walls is 8 x 8 x 16
Usually 5/8" .
8 "
The inside diameter (ID) is 8 inches. The nominal pipe size (NPS) and outside diameter (OD) depend on the thickness of the walls of the pipe.
2006 civic has 2 1/8 diameter of muffler pipe inside
That depends on the diameter of the pipe.
-- Subtract the inside diameter from the outside diameter. -- Take half of the result. (since the outside diameter counts both walls of the pipe, and you want only one wall) Now you have the wall thickness. Common example. 1/2" OD, 3/8 " plastic tubing 1/2-3/8=1/8 and now divide by 2 and the wall thickness is 1/16"
A 14-inch diameter by 20 foot long pipe has a volume of: 21.38 cubic feet.
1.Flow Rate 2.Inside diameter of the pipe 3.Roughness 4.Corrosion and Scale Deposits 5.Viscosity of the liquid 6.Length of the pipe 7.Fittings 8.Straightness of the pipe
The volume of a pipe that measures 8 feet in length and 24 inches in diameter is: 25.133 cubic feet (about 188 US gallons).
In a pipe with diameter 8 ft, there will be just over 376 US gallons per foot.
Every time! lol Seriously a 10-inch pipe is 5/4 of an 8-inch pipe
Copper Tubing Size, Outside Diameter controlled. - How copper and PEX tubing size is specified based on the outside diameter. Common sizes are 3/8, 1/2, and 3/4 inch. This contrasts to pipe sizing which is based on the inside diameter.
The volume of a pipe with a length of 2000 meters and a diameter of 8 inches is: 64.86 cubic meters.