what is the reccomended torque for #10 SDS screws fastened to 16Ga steel.?
26943
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957231
I dint know about British standards but and American standard "B7" hardness should handle that stress (probable with a lot of over-kill)
709868
http://www.welding.com/technical_welding_tips.shtml
139126
It can only hold the weight of 16 pennies.  He-He.  Just kidding.  Actually, that's a good question.  I've been a carpenter all my life and to tell you the truth, a 16d nail is one damn strong piece of metal.  Ever pull one out of a piece of lumber that was shot in with an air gun?  It'll make you grunt, that's for sure!  One that's galvanized is even more difficult.  And if it's a ring-shanked nail?  Forget it.  It's in the lumber until the wood rots.  It's really not a matter of how many pounds it can hold.  It's a matter of its bonding power.  You can bend a 16d nail quite easily, but after it penetrates into a 2 x 4, for example, it's meant to stay, depending on how it was put to use "structurally".
941167
What do you want to know?\n\nYou have to heat it beyond a critical temperature, then quench it (cool it fast enough) to harden it. Then you have to temper it (reheat to a lower temperature and slowly cool it) because it will be too brittle when hard.\n\n1045 has no alloy in it, so thicker cross sections will not quench fast enough to get through-hardening. Avoid thick sections, or switch to an alloy steel (41XX or 43XX) in order to accomplish through-hardening.
168038
You would have to look into the properties for AMS, ASTM, AISI, ASME, Federal, Mil and SAE steels. It all depends on what type of steel you are using. Stainless, mild and what type of hardness (1/2 or 1/4 for stainless) that you need and what the purpose of the part is going to be used for
995788
The density of wrought iron is 7.8 g/cm3 which translates to 7,800 kg/m3.\nHot dip galvanizing is a process by which steel is dipped in a zinc bath and coated to prevent rusting. Steel dipped in this process will gain about 6% weight.
502903
4.0\n1600\n\ngood luck, mate.
33498
Are you talking about steel? If so, each one has his own set of possible problems. Most of it depends on chemistry and what the end use is going to be. Take a look at ASTM and API specifications. You might find your answer there. A metallurgist can answer your question.
109020
1 and 3/4 inch round steel.095 wall. No soft steel or aluminum. Must be welded completely. No gaps
668329
To compare the relative strengths of metal fasteners, you must compare the metals and alloys and heat treatments and thread configurations including effective diameters.  Then you must analyze the mode of failure including the entire joint design.  You must then support your statement that a structural screw is weaker than a structural bolt with pertinent specific facts before generalizing.  Good luck.
177942
Do you mean size? As a rule of thumb for bolts made to SAE standards in inches or fractions of an inch. You take the nominal size of the bolt, multiply by 1.5 and add a 1/6"  For metric you are on your own.
954946
force required would be area under shear stress multiplied by the shear stress value(tau) of a particular material, in this case steel.\n\nthe first question is easy. the required area is the cross sectional area of that bolt. pi(r)². please substitute r in meters only.\n\nfor the second question, the shear area is not the area of the circle plate but the area of the ring around it. this area is effectively a rectangle, and can be calculated by multiplying the circle's circumference (2pi x r) by the thickness of the circle (0.0058m).
105269
Hi!\n    Actually I dont know the answer for ur question but i want  to know the answer from u. If you have any info abt "Gallium Arsendie Technology" please send me the details. \n        Thank U
238500
need to know the type of metal, then find the shear force & plug it into your equation.  don't forget to factor in each thread  (Basic solid mechanics)
961497
Use the box top the magneto came in ,if you dont have that its .025 of an inch
923963
Traffic timing for this much weight is also considerable. A\n   building code shows that you might need 15 or more for\n   this area so titanium is probably out.  The core value of\n   bronzed steel is ok for the average busy building.  Size again\n   must be measurables ranging from 2.7 to 3.7 made in 20 foot\n   can be made in 35 precise.