H-type steel theoretical weight table
The following is an example of the theoretical weight of some H-shaped steel: |Dimension (web height h* wing width b* web thickness t1* wing thickness t2)| Weight (unit not indicated. Two sets of data are given in the example. For specific units, please refer to relevant standards)| |----|----| |100*100*6*8|17.2、21.9| |125*125*6.5*9|23.8、30.31| |150*150*7*10|31.9、40.55| |175*175*7.5*11|40.3、51.43| |200*200*8*12|50.5、64.28| |200*204*12*12|56.7、72.28| |250*250*9*14|72.4、92.18| |250*255*14*14|82.2、104.7| |294*302*12*12|85、108.3| The theoretical weight calculation formula is: weight per meter (kg)=(web height h* web thickness t1+ wing width b* wing thickness t2*2)*0.00785. For more details, you can search for "Risheng Steel" and go to the official website of Risheng Steel to check the "H-type steel theoretical weight table" of the standard of the standard of the weight of the standard of the The novel "Watching the Moon on Fish Island" is equally exciting. Everyone is welcome to click and read it!
H-type steel theoretical weight table 2017
The following is the theoretical weight table of some H-shaped steel (2017 standard): |specification| Unit weight (kg/m)| Cross Section Area (mm2)| |----|----|----| |H W 100*100*6*8|17.2|21.9| |125*125*6.5*9|23.8|30.31| |150*150*7*10|31.9|40.55| |175*175*7.5*11|40.3|51.43| |200*200*8*12|50.5|64.28| The novel "Watching the Moon on Fish Island" is equally exciting. Everyone is welcome to click and read it!
H-type steel theoretical weight comparison table
The following is the theoretical weight data of some H-beam steel: |specification| Theoretic weight (kg)| |----|----| |H W 100*100*6*8|17.2| |H W 125*125*6.5*9|23.8| |H W 150*150*7*10|31.9| |H W 175*175*7.5*11|40.3| |H W 200*200*8*12|50.5| |H W 200*204*12*12|56.7| |H W 250*250*9*14|72.4| |H W 250*255*14*14|82.2| |H W 294*302*12*12|85| At the same time, the theoretical weight of the H-shaped steel was calculated as: weight (kg)=(web height h* web thickness t1 + wing width b* wing thickness t2*2)*0.00785. In addition, you can search for "Risheng Steel" on its official website to obtain the "H-shaped steel theoretical weight table" of the standard of the national standard. In addition to the theoretical weight of 17 standards, there are 98 standard theoretical weight values and various important parameters. The novel "Watching the Moon on Fish Island" is equally exciting. Everyone is welcome to click and read it!
Table of theoretical weight and specifications of h-type steel
The following is the theoretical weight table and specifications of some H-shaped steel: - Part of the domestic specifications: - HW100x100: H (height) and B (width) are 100x100. When t1 (web thickness) and t2 (wing thickness) are not specified, the theoretical weight is 17.2kg/m and the cross-section area is 21.9mm2. - HW125x125: H and B are 125x125, theoretical weight 23.8kg/m, cross-section area 30.31mm2. - HW150x150: H and B are 150x150, theoretical weight 31.9kg/m, cross-section area 40.55mm2. - HW175x175: H and B are 175x175, theoretical weight 40.3kg/m, cross-section area 51.43mm2. - HW200x200: H and B are 200x200, theoretical weight 50.5kg/m, cross-section area 64.28mm2. - European/British/German standards: HEA100 - HEA1000，HEB100 - HEB1000，HP200*53.5 - HP400*231，HD260*68 - HD400*231，UB127*76 - UB1016*305，UC127*76 - UC356*368，UBP203*203 - UBP356*368，HL920*344 - HL1100， The implementation standards are EN10025 - 2, EN10025 - 4, EN10025 - 5, and the materials are S235JR/J0, S275JR/J0/J2, S355JR/J2/K2/M/TL/TL/J0XP/J2XP/J0W/J2W, S450J0, S460M, etc. The basic formula for calculating its theoretical weight was: W(weight, kg) = F(cross-section area mm2)×L(length, m)× rho (density, 7.85g/cm)×1/1000. Different types of H-shaped steel (such as HH, HH, HN, etc.) have different sizes and applications. For example, the height and width of HH steel are basically the same, mainly used for steel core columns in reinforced concrete frame structures; the ratio of the height and width of HH steel is roughly 1.33 - 1.75, mainly used for steel frame columns in steel structures; the ratio of the height and width of HN steel is greater than or equal to 2, mainly used for beams. The novel "Watching the Moon on Fish Island" is equally exciting. Everyone is welcome to click and read it!
Steel bar theoretical weight table
The following are the theoretical weight calculation methods and examples of some common steel bars: 1. ** Round steel, deformed steel **: weight per meter = 0.00617 x diameter x diameter (d is the diameter of the steel bar, unit: mm). For example, a steel bar with a diameter of 10mm, the weight per meter is 0.00617×10×10 = 0.617kg; a steel bar with a diameter of 12mm, the weight per meter = 0.00617×12×12 = 0.888kg. 2. ** angle steel **: weight per meter = 0.00785 x (edge width + edge width-edge thickness) x edge thickness. 3. ** flat steel **: weight per meter = 0.00785 x thickness x edge width. 4. ** Tubes **: weight per meter = 0.02466 x wall thickness x (outer diameter-wall thickness). 5. ** Plate **: Weight per meter = 7.85 x thickness x width. 6. ** Square steel **: weight per meter = 0.00786 x width x width. 7. ** Hexagonal steel **: weight per meter = 0.0068 x diameter of opposite sides x diameter of opposite sides. 8. ** Octagonal steel **: weight per meter = 0.0065 x diameter x diameter. 9. ** Seamless steel pipe **: weight per meter = 0.02466 x wall thickness x (outer diameter-wall thickness). 10. ** Welded steel **: The weight per meter is calculated as the seamless steel pipe. The theoretical weight of the steel bars of common specifications is as follows: φ6 = 0.222 Kg，φ6.5 = 0.26kg，φ8 = 0.395kg，φ10 = 0.617kg，φ12 = 0.888kg，Φ14 = 1.21kg，Φ16 = 1.58kg，Φ18 = 2.0kg，Φ24 = 2.47kg，Φ22 = 2.98kg，Φ25 = 3.85kg，Φ28 = 4.837kg，Φ32 = 6.31Kg，Φ36 = 7.99Kg，Φ40 = 9.87Kg。(Among them, three digits are usually taken after the decimal point for steel bars below 12(inclusive) and 28(inclusive), and two digits are usually taken after the decimal point for steel bars from 14 to 25.)
H steel theoretical weight table
The following is the theoretical weight table of some H-shaped steel: |specification| Unit weight (kg/m)| Cross-section Area (mm2)| |----|----|----| |H W 100*100*6*8|17.2|21.9| |125*125*6.5*9|23.8|30.31| |150*150*7*10|31.9|40.55| |175*175*7.5*11|40.3|51.43| |200*200*8*12|50.5|64.28| International H-beam size and Theoretic Weight Table (Part): |category| Model (height x width H x B)| |----|----| |HH wide wing| 100×100| |HH wide wing| 125×125| |HH wide wing| 150×150| |HH wide wing| 175×175| The novel "Watching the Moon on Fish Island" is equally exciting. Everyone is welcome to click and read it!
H-shaped steel theoretical weight table
The following is the theoretical weight table of some H-shaped steel: |Model (height × width)mm×mm| Section size mm)| Cross Section Area cm 2| Theoretic weight kg/m| |----|----|----|----| |100×100|H100、B100、t1 6、t2 8、r 8|21.58|16.9| |125×125|H125、B125、t1 6.5、t2 9、r 8|30.00|23.6| |150×150|H150、B150、t1 7、t2 10、r 8|39.64|31.1| |175×175|H175、B175、t1 7.5、t2 11、r 8|51.42|40.4| |200×200|H200、B200、t1 8、t2 12、r 13|63.53|49.9| |200×204|H200、B204、t1 12、t2 12、r 13|71.53|56.2| |250×250|H244、B252、t1 11、t2 11、r 13|81.31|63.8| |250×250|H250、B250、t1 9、t2 14、r 13|91.43|71.8| |250×255|H250、B255、t1 14、t2 14、r 13|103.9|81.6| |300×300|H294、B302、t1 12、t2 12、r 13|106.3|83.5| |300×300|H300、B300、t1 10、t2 15、r 13|118.5|93.0| |300×305|H300、B305、t1 15、t2 15、r 13|133.5|105| This was only the theoretical weight data of some common H-shaped steel. If you need more comprehensive content, you can further consult the professional hardware manual or related steel structure information. The novel "Watching the Moon on Fish Island" is equally exciting. Everyone is welcome to click and read it!
H-shaped steel 300 150 theoretical weight table
The theoretical weight of a 300 * 150 H-shaped steel was 36.7 kilograms per meter. For details, see Table 1 of the national standard, GB/T 11263 - 2017. The novel "Watching the Moon on Fish Island" is equally exciting. Everyone is welcome to click and read it!
I-shaped steel theoretical weight table, specifications table
The following is the theoretical weight table of some H-shaped steel: - European standard I-beam: - S235 S275 S355 IPE80 (80*46*3.8), weighing 6KG per meter; - S235 S275 S355 IPE100 (100*55*4.1), 8.1KG per meter; - S235 S275 S355 IPE120 (120*64*4.4), weighing 10.4KG per meter; - S235 S275 S355 IPE140 (140*73*4.7), weighing 12.9KG per meter; - S235 S275 S355 IPE160 (160*82*5), weighing 15.8KG per meter; - S235 S275 S355 IPE180 (180*91*5.3), weighing 18.8KG per meter; - S235 S275 S355 IPE200 (200*100*5.6), weighing 22.4KG per meter; - S235 S275 S355 IPE220 (220*110*5.9), weighing 26.2KG per meter; - S235 S275 S355 IPE240 (240*120*6.2), 30.7KG per meter; - 40C I-beam (400*146*14.5*16.5), weighing 80.158kg per meter. Usually, the specifications of the I-beam involved parameters such as height, width, thickness, etc. These parameters had a certain relationship with the theoretical weight. The parameters and weight of the I-beam under different standards might be different. The novel "Watching the Moon on Fish Island" is equally exciting. Everyone is welcome to click and read it!
Galvanized C steel theoretical weight table, specifications table
The following is the theoretical weight table of some of the Galvanized C-steel: - C80 steel: cross section 80mm × 40mm, thickness 5mm, weight 0.4kg/m. - C100 steel: 100mm × 50mm, 5mm thick, 3kg/m weight. - C120 steel: 120mm×53mm in cross section, 5mm in thickness, and 1.4 kg/m in weight. - C140 steel: 140mm × 58mm, 0mm thick, 1.9kg/m. There were also 80x40x1.5x0, 100x50x1.5x5, and so on. For example, the 80x40x1.5x0 specifications had a cross-section height of 250mm, a cross-section width of 80mm, a curling width of 20mm, and a thickness of 0mm. It was suitable for building structures, rail transit, power transmission lines, and other fields. It could be used for supports, beams, columns, and other components. The specifications of C-type steel are usually expressed in the form of C80x40x20x5, where C80x40x20x5 means that the cross-section height H = 80mm, the cross-section width B = 40mm, the curling width C = 20mm, and the thickness t = 5mm. C-type steel bars were divided into five specifications according to their height: 80, 100, 120, 140, and 160. The theoretical weight of C-type steel was not convenient to calculate with a formula. The formula was: weight in meters = volume in one meter x density of steel. It was recommended to check the table. The novel "Watching the Moon on Fish Island" is equally exciting. Everyone is welcome to click and read it!
Formula for calculating theoretical weight of h-type steel
The following are some formulas for calculating the theoretical weight of H-beam steel: 1. Weight per meter (kg)=(web height h× web thickness t1+ wing width b× wing thickness t2×2) ×0.00785. 2. The theoretical weight of the hot rolled H-shaped steel =(hh +2r (b-d)+ 0.8584 (r2-r12)) ×L×7.85×1/100 (where h is the height (mm), b is the foot width (mm), d is the waist thickness (mm), r is the inner corner radius (mm), r1 is the edge corner radius (mm), and L is the length (m)). 3. Weight (kg/m)= 0.00785 x cross-section (mm2) x length (m). The novel "Watching the Moon on Fish Island" is equally exciting. Everyone is welcome to click and read it!