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astm a572 grade 50 wide flange h beams

astm a572 grade 50 wide flange h beams

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astm a572 grade 50 wide flange h beams Related introduction

  1. astm a572 grade 50 wide flange h beams Bar Size & Structural Shapes | PDM Steel Service Centers, Inc.

    ASTM A992. wide flange beams are dual specification, meeting the requirements of ASTM A36 and of ASTM A572 Grade 50. ASTM A913. wide flange beams also known as QST (Quenched Self Tempering) is available upon request.

  2. astm a572 grade 50 wide flange h beams American standard astm a572 grade 50 wide flange ... - Alibaba

    American standard astm a572 grade 50 wide flange w10x22 steel h beam packed in Bulk packing or according to your requirements Port Tianjin,Qingdao for American standard astm a572 grade 50 wide flange w10x22 steel h beam Lead Time : Shipped in 15 days after payment

  3. astm a572 grade 50 wide flange h beams Astm A572 Grade 50 Wide Flange H Beams, Astm ... - Alibaba

    < Sponsored Listing astm a572 grade 50 wide flange h beams h iron beam H-beam steel is new kind of economic construction steel. H-beam is produced with economically reasonable cross-sectional shape and good mechanical properties. Compared with I beam, H beam with advantages of larger section modulus, lighter weight and saving material, it can reduce 30-40% of the building structure weight.

  4. astm a572 grade 50 wide flange h beams Wide flange steel types, properties, availability? - Steel ...

    Jan 29, 2005 · This overlapped with ASTM A572, Grade 50 and for a time, a "dual grade" concept was used where a single piece of steel might meet both A36 and A572 requirements. A new spec: ASTM A992, Grade 50 is the currently favored type and should be specified for wide flanges. ... A 992 is replacing A 36 and A 572 Gr. 50 for wide-flange beams.

    When did this happen? Put both calc.s in your design so you or contractor buys the right beam.
    Why should I design for 36 ksi steel if it is no longer available?
    ASTM A36 was the mainstay for years - as the means of creating the steel changed (using various scrap steels, etc), the Fy of the A36 began to creep up to near 48 to 52 ksi. This overlapped with ASTM A572, Grade 50 and for a time, a "dual grade" concept was used where a single piece of steel might meet both A36 and A572 requirements. A new spec: ASTM A992, Grade 50 is the currently favored type and should be specified for wide flanges. Yes...with higher Fy, the servicability checks sometimes control the design; but as always, you should be checking both anyway.
    Jae, So far as availability and economy. Apparently, according to a couple steel suppliers, the "dual grade" steel is still around. In the interest of economy, isn't it advantageous to specify either A992 or A572 Grade 50, and let the contractor choose? If it is all the same from a design standpoint, 33 ksi allowable in bending. I'm waiting till the project is "pinned down" a little better before dealing with the servicability issues. Any more thoughts. Thanks for the reply.
    I believe that A992 is essentially the "dual grade" steel, only just now its put down in writing in an ASTM spec. So you could have a piece of steel out in your yard that meets all three (A36, A572, and A992). I don't believe that you are then limiting anyone by simply specifying A992. There may be some differences in terms of hardness, fatigue strength, etc., but for basic buildings it shouldn't matter. I've never let the contractor "choose" the steel, rather, I specify what I need and then if the contractor wishes to substitute a different steel he can under our contract specifications.
    So far as bridge design specifications, I only found one "up to date" manual that had the AASHTO type steels with their corresponding ASTM type. The manual did not mention A992, but did mention A572 Grade 50. Thus, as long as the necesssary checks are made, it should be alright to use A992 and its higher allowable stress.
    Be careful about higher yield strength steels. A member of higher yield strength can fail before one of lower strength, and it has happened and backed up by AISC equations. Even if you design ok for 50 and it comes in at actually 60 something if can fail. WT shapes brother.
    ASTM A 992 is not "dual grade" steel. "Dual grade" steel met requirements of both A 572 Gr. 50 and A 36--in other words, it met the minimum yield and ultimate of 50 and 65 ksi, respectively, and also the max ultimate of 80 ksi and slightly higher ductility that the A 36 spec carries. Most steel labeled either A 572 Gr. 50 or A 36 really meets both grades, regardless of whether it's specifically labeled "dual grade". (The answer to designers saying, "No, don't give me dual grade, if I say A 36 then what I want is A 36!" was simply to leave off the "A 572" notation.) A 992 has the same minimum yield and ultimate as Gr. 50, but instead of capping the ultimate at 80 ksi they cap the yield at 65 ksi. It used to be a special version of A 572 Gr. 50 and then they made it official. So all A 992 is theoretically "dual" graded with A 572 Gr. 50, but that doesn't say much, and that's not what people are talking about when they say dual grade. If it meets the 80 ksi max ultimate and the higher elongation requirements, it'll be dual (or triple) grade. A 992 is replacing A 36 and A 572 Gr. 50 for wide-flange beams. Regarding whether you should bother designing for A 36... it's not the big savings you imagine and that we were taught in school. It is no longer the case, and hasn't been for decades, that Gr. 50 is some high-strength specialty material to be brought in when A 36 just isn't enough. The cost difference fluctuates, isn't usually that much, and sometimes, depending on market forces etc., there is even a cost premium on the A 36 because the max ultimate makes it a rarer commodity than the Gr. 50. For built-up plate girders, I don't see the point of 36/50 hybrid girders; any possible cost savings would probably be offset by the effort spent tracking two kinds of material and the extra trouble to design a hybrid cross-section. (Gr. 70 is another story.) Either way, you can't assume that the yield strength you design for is the exact yield strength you get--those specs are minimums. You can't assume that if you have 50-ksi columns and 36-ksi beams, that you're getting "weak beam strong column" ductile failure modes. A 36 and A 992 both have maximums of some sort that you can count on--but unless that maximum is less than the minimum of some other grade, you still can't guarantee that the supposedly lower-graded steel will fail first, especially because lower grades of steel tend to be more ductile. If you want a quick side-by-side comparison of all these grades, check out ASTM A 709. A 709 Grades 36, 50, and 50S are equivalent to A 36, A 572 Gr. 50, and A 992, respectively. Hg
  5. astm a572 grade 50 wide flange h beams ASTM Standard A572 - INFRA-METALS

    ASTM Standard A572 ASTM A572 Structural Steel. Infra-Metals is one of the largest providers of structural beams, angles, channels and more. Our company produces the industry’s best quality steel for construction purposes. We specialize in providing ASTM products, meeting internationally recognized quality and consistency standards.

  6. astm a572 grade 50 wide flange h beams ASTM A992 Hot Rolled Steel Wide Flange Beam (WF) | Buy ...

    Home » ASTM A992 Hot Rolled Steel Wide Flange I Beam. ASTM A992 Hot Rolled Steel Wide Flange I Beam Help Print . Confused about sizing? Please click the "Item Sizes" tab below for more information. View Larger. Select Your Size:

  7. astm a572 grade 50 wide flange h beams Steel Structurals - Since 1948

    Wide Flange and H Beams ASTM A992/A572 (Grade 50) Tensile Strength: 65,000 min. PSI Yield Point: 50,000 min. - 65,000 max. PSI Nominal (lbs./ft)Depth Weight A Depth of Section D Flange Thickness B Width of Flange C Thickness of Web A WeightC B Depth (lbs./ft.) Thickness of Web Width of Flange 6" 4.4 .114 1.844 8" 6.5 .135 2.281 10"8.0 .141 2.690

  8. astm a572 grade 50 wide flange h beams ASTM A992 - Wikipedia

    ASTM A992 is currently the most available steel type for structural wide-flange beams. The industry's technical institute describes the standard thus: "ASTM A992 (Fy = 50 ksi, Fu = 65 ksi) is the preferred material specification for wide-flange shapes, having replaced ASTM A36 and A572 grade 50.

  9. astm a572 grade 50 wide flange h beams Wide Flange Beams - INFRA-METALS

    Wide Flange beams have flanges that are nearly parallel to the web of the material unlike the traditional I-Beam. Wide Flange can be found in many structural applications such as bridges and buildings. ... ASTM A572 – Standard specification for high-strength low-alloy structural steel.

  10. astm a572 grade 50 wide flange h beams WIDE FLANGE SHAPES

    Wide Flange Shapes (ASTM A 6 Inch Series) / 6 Wide Flange Shapes (JIS G 3192 Metric Series) / 8 ... wide flange shapes are widely used for beams, columns and other architectural members, as well as in pile foundations, ... A572 Gr.50 A992 S275JR S275J0 S355JR S355J0 SS400 SM400A SM400B SM490A SM490B SM490YA SM490YB SN400A SN400B

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