structural steel properties Channel 6 inch by 8.3#?
91722
My reference shows a 6" channel but is is 8.2 pounds. the cross sectional area is2.39, the flange width is 1.92 inches,webb thickness is .200 inches, I = 13 in^4, r = 2.34 in, S = 4.3 in^3
303242
depend on the allawable deflection \nfor 10 mm deflection \nif the 12 is vertical 8 m span \nif 6 is vertical 6 m span
498407
make it 800 x 600 - 36 bit
26899
go to encarta.msn.com and search for keys mass/solid structure, surface Structure
354673
Well, you didn't say whether you're building a building, a bridge, a trestle, a tower, or other structure.  But you could start with some general articles, like this Wikipedia article, which has links to specific sites which give some specifications.\n\nThe other link gets properties for different I-beam sizes--I presume you understand the terminology well enough to read the resulting tables.
909019
You'll get the same strength(within reason) and the same dimensions using this method.I can't believe noone has answered this question yet.Good luck on the other site!
724445
Being a touch thick, what are key ratios?
526830
Depends on what you are fabricating. \nAre you talking about making the material itself or fabricating structural components from stainless materials?\n\nAnd what type of material? What grade of stainless? What configuration? Angle iron or I-beam? Welded or bolted?\n\nSounds like you need to talk with an experienced estimator and/or structural engineer.
665493
big nails about 6in long and about 5&#92;8in square
1094716
First of all you would find the first part of you question in the manual. The second part is documented in the Manual of STEEL CONSTRUCTION "Allowable Stress Design" Ninth Edition. and the third part is called an M.T.R. This is the birth compasition of the metal used to make the beam which gives you the carbon hardness and rating of that beam. \nGood luck,\nChris
569185
First off, just take the cube root (or use that x^y button on your calculator and raise the volume in question to the 0.3333333333 power). 1.8x10^6 cu ft would then be about 121 feet on a side.  Now, yourreal question is how big is 27,000 tons (I assume english units, not metric tons since you went to cubic feet).  That will depend on the density of the substance in question.  27,000 tons of water will take up more room than 27,000 tons of iron. The volume you gave gives a density of about 30lbs/cubic foot, which is about 1/2 the density of water.\n\nThis does sound like something hollow, like a boat, or maybe it is wood. That is a big block of wood. You gonna carve yourself an office building or something? A ten story cubic building is about that volume.
1009332
Convert everything to inches, then multiply.  LxHxW.  They need to be the same units, though.
756487
176.53 cm\n\nhttp://www.csgnetwork.com/csgcvtftin2cmeterscalc.html
1124183
Hmmm. Six-inchers are pretty common. Buy them at well-equipped hardware stores or buy from machinist supply houses like McMaster-Carr. I guess you could saw an inch off.
452629
The weight of steel you can find through density and volume.The density /specific weight of steel C 35 --0.0784 N/cc.\n\nCalculate the volume of the steel component and then multiply it with the density given above. Remember to take care of unit you are following.
999006
W: 5 5/8 in H: 4 7/8 in
348345
12 inches + 7 over 8 inches long