What does the corrugated beam specification of steel Q235 85 310 3 4320 85 represent? How should I c

33 kinds of angle steel, round steel, flat steel and other commonly used metal materials weight calculation formula, very comprehensive, do not know how to calculate friends, you can check here!

33 kinds of angle steel, round steel, flat steel and other commonly used metal materials weight calculation formula (weight per 1,000) garden steel weight (kg) = diameter diameter length.

Square steel weight (kg) = side width side width length.

Hexagonal steel weight (kg) = width of the opposite side Width of the opposite side Length.

Octagonal steel weight (kg) = width of the opposite side Width of the opposite side Length.

Rebar weight (kg) = calculated diameter Calculated diameter Length angle weight (kg) = side width + side width - side thickness) edge thickness Length flat bar weight (kg) = thickness Edge width Length.

Steel pipe weight (kg) = wall thickness (outer diameter - wall thickness) length steel plate weight (kg) = thickness area.

Garden copper rod weight (kg) = diameter diameter length.

Garden brass rod weight (kg) = diameter diameter length.

Garden aluminum rod weight (kg) = diameter diameter length.

Square copper rod weight (kg) = side width side width length.

Square brass rod weight (kg) = side width side width length.

Square aluminum rod weight (kg) = side width side width length.

Hexagonal copper rod weight (kg) = width on the opposite side Width on the opposite side Length hexagonal brass rod weight (kg) = width on the side Width on the opposite side Length hexagonal aluminum rod weight (kg) = width on the opposite side Width on the opposite side Length copper plate weight (kg) = thickness width Length.

Brass plate weight (kg) = thickness, width and length.

Aluminum sheet weight (kg) = thickness, width and length.

Garden copper pipe weight (kg) = wall thickness (outer diameter - wall thickness) length garden brass pipe weight (kg) = wall thickness (outer diameter - wall thickness) length garden aluminum pipe weight (kg) = wall thickness (outer diameter - wall thickness) length note: the length unit in the formula is meters, the area unit is square meters, and the rest of the units are millimeters.

Angle steel: weight per meter = side width + side width - side thickness) * edge thickness.

Round bar: weight per meter = diameter * diameter (rebar and round bar are the same) flat bar: weight per meter = thickness * side width.

Pipe: weight per meter = wall thickness * (outer diameter - wall thickness).

Plates: weight per meter = thickness.

Brass tube: weight per meter = wall thickness * (outer diameter - wall thickness).

Copper tube: weight per meter = wall thickness * (outer diameter - wall thickness).

Aluminum pattern plate: weight per square meter = thickness.

Specific gravity of non-ferrous metals: copper plate, brass plate, zinc plate, lead plate.

The calculation formula for non-ferrous metal sheet is: weight per square meter = specific gravity * thickness.

Corrugated guardrail Q235 represents the material: cold-rolled strip Q235

85mm is the wave depth of the corrugated beam plate.

310mm is the width of the corrugated beam plate after forming.

3mm is the thickness of the corrugated beam plate.

4320mm is the length of the corrugated beam plate.

Hope this helps.

Volume * density.

According to the national standard, the length of the general plate is 4320mm, the width is 485mm, the height is calculated according to the specific needs, and the density is.

For example, divide the total weight of each board by the weight of each board or or something to get the number of sheets, and then how many meters of the waveform guardrail. The same goes for the columns, the columns of 114 kilograms per meter.

General specifications and models: 4320 310 85 4 (3) mm, theoretical weight is. The spacing is 4 meters or 2 meters. 4320*506*85*4mm；The theoretical unit weight is 102kg.

General specifications and models: 4320 310 85 4 (3) mm, theoretical weight is. The spacing is 4 meters or 2 meters.

4320*506*85*4mm；The theoretical unit weight is 102kg.

3mm thick heavy tons per kilometer, 4mm thick heavy tons.

1 ton of two-wave guardrail board can be paved: 3mm thick 80 meters, 4mm thick 61 meters.

Liyang Qiangguo Metal Materials****.

What do you mean by calculation? Is it ** or what?

The total number of kilometers divided by 4 is the number of boards.

It should also be divided into two meters and four meters apart.

Welcome to consult.

There are many specifications of corrugated guardrail panels, A-level is generally 4320*310*85*, the column is 140*, the weight per meter is about 26kg, and the weight of 1 km is about 26 tons, which is the theoretical weight. The actual weight to be weighed.

The specifications of the corrugated beam guardrail plate are generally two waves 4320 * 310 * 85 * 4 quality formula 4320 * 482 * 4 * three waves 4320 * 750 * 4* The result is the theoretical weight of this board, and the actual weight to be weighed.

Hello! The meaning of this equation is: 4320x310x85x three-quarters, and the result is: 85374000

4320: Length of corrugated beam.

310: The width of the corrugated beam after forming.

85: The height of the waveform.

3 4, should be 3mm or 4mm thick.

1. The total length of the standard guardrail board is 4320 mm (4 meters after installation) and the column spacing is 4 meters.

1. The width of the two corrugated beam guardrail plates is 310mm, the wave height is 85mm, and the plate thickness is 3mm, 4mm; Theoretical weight: 3mm thick, 4mm thick; 3mm thick heavy tons per kilometer, 4mm thick heavy tons.

2. The specification of the three-corrugated beam guardrail plate is 4320 mm long, the wave width is 505 mm, the wave height is 85mm, and the plate thickness is 4mm; Theoretical weight: 102kg, with 130*130 square tube column.

Second, the column: specifications 114, 140mm length according to the requirements of the general m, m, 2 m, m wall thickness; Theoretical weight: 114's.

3. 250 guardrail panels per kilometer for the standard section. The spacing between the columns is 4 meters, with 250 columns per kilometer, 2 ends, 250 column caps, 250 anti-blocking blocks, 250 sets of connecting bolts, and 2000 sets of splicing bolts.

Corrugated guardrail board has board length, wide wave height and plate thickness only to say that the length is not counted out of the theoretical weight, a, double wave guardrail board: 4320 310 85 theoretical weight kg4320 310 85 theoretical weight kgb, three-wave guardrail board: 4320 506 85 theoretical weight 102 kg

If it is two waves, the weight of the 3 mm thick adjustment plate is about 26 kg

If it is two waves and the thickness of the adjustment plate is 4 mm, the weight is about 35 kg

If it is a three-wave, the weight of the 4mm thick adjustment plate is about 53 kg

The weight of the corrugated guardrail plate can be calculated according to the steel formula, and the following is for reference: The weight of the two waves of 4320*310*85*3mm is about 4320*310*85*4mm, the weight of the two waves is about 4320*506*85*4mm, and the weight of the three waves is about 100kg.

The width of the guardrail panel is 310mm, and the thickness: 3mm. The column is commonly used 114*, and the bracket is connected.

4 meters spacing per kilometer with 250 boards, 250 columns, 250 brackets, 250 column caps, 2000 sets of M16*35 bolts, 500 sets of M16*45 bolts, 250 sets of M16*150 bolts, 500 gaskets, about a ton per kilometer.

According to the steel formula, it can be calculated and recalculated, and the following is made for BAI's reference 4320*310*85*3mm.

Two waves 4320*310*85*4 Mass formula 4320*482*4* Three waves 4320*750*4* The result is the theoretical weight of this board.

4320*310*85*board is, every meter is;

DAO4320*310*85*Board is, per meter.

Yes 4320*506*85* board is, per meter is.

4320*506*85*board is 102kg, per meter is.

Yes. The density of steel is the weight of the steel measured and multiplied by the volume. Then divide the actual weight by the calculated weight to obtain the negative handicap of the batch of steel.

One cubic meter of steel is equal to a ton.

Solution: According to the formula mass = volume x density, it can be obtained that the weight of the steel = the volume of the steel x the density of the steel.

1 cubic meter x 7850 kg cubic meter.

7850 kg.

7850 1000 tons = tons.

That is, one cubic meter of steel is equal to a ton.

The theoretical weight is m= *v steel density.

Yes, the density of steel is 7850kg cubic meters.

Just now, it is usually used to multiply its volume by the density bai to get the weight, and the density parameter is usually taken.

For example, the length x width x height of a square board is:

zhi100mmx100mmx100mm。I usually calculate the length and width in meters, and the thickness is still millimeters, which is so convenient for individuals, and the weight is, and so on.

Cross-sectional area (cm squared) x length (cm) x 7,85 (density) 1000 = weight (kg).

Diameter Diameter is the weight per meter.

The weight of the steel pipe.

Copying = raiding. (Outer diameter squared - Inner diameter squared) l Iron and steel specific gravity.

Where: = l = length of steel pipe Specific gravity of steel So, the weight of the steel pipe = square of the outer diameter - square of the inner diameter) l * If the unit of size is taken as meters (m), the calculated weight result is kilogram (kg) The density of steel is: Calculation of the theoretical weight of steelThe unit of measurement of the calculation of the theoretical weight of steel is kilogram (kg).

The basic formula is: w(weight, kg) = f(cross-sectional area mm2) l(length, m) density, g cm3) 1 1000

w (weight) = f (cross-sectional area, mm2) l (length, m) g (specific gravity, g cm3) 1 1000

There are a lot of types of du, big brother bai steel, you need that kind of zhi, give dao you a teleportation back.

Door, go over and take a look.

Do you know how to calculate the weight of the steel pipe, and how much is the difference between the theoretical calculation and the actual weight?

A3 steel is now "Q235". The density of steel is about grams of cubic centimeters.

30 350 560 steel plates, the volume of which is v = 3 35 56 = 5880 cubic centimeters.

Weight g = v = g = kg.