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  1. Gopher13

    Steel beam to beam moment connection

    I appreciate the responses. Explanation on slip critical bolts not moving makes sense. I will design for the actual moment. Thanks again!!!
  2. Gopher13

    Steel beam to beam moment connection

    I have a somewhat typical steel beam to steel beam moment connection (see attached). The cantilevered end of the moment connected beam is 16 feet. Strength does not control as I am only at about 40% capacity. However, I very much care about limiting deflection of the cantilevered end. My...
  3. Gopher13

    Partially grouted masonry shear wall - strength design with English units

    Thanks for the replies!!! I will check out TMS Masonry Designers Guide and NCMA TEK notes. I should have clarified in my original post, I am looking for examples for in plane loads. JLNJ and RH are referring to out of plane loads, yes?
  4. Gopher13

    Partially grouted masonry shear wall - strength design with English units

    You called my bluff.....well played! I guess I will take SI units as well.
  5. Gopher13

    Partially grouted masonry shear wall - strength design with English units

    Hey friends! I am looking for a design example or guide for a partially grouted masonry shear wall using strength design and English units. I have the second edition of Design of Reinforced Masonry Structures by Narendra Tally and MSJC 2008. Neither seem to address the subject. Without a design...
  6. Gopher13

    Wood trusses with large heel height

    Yes, supplied by truss manuf. as listed in the spec.
  7. Gopher13

    Wood trusses with large heel height

    Attached is a photo from a building designed +/- 5 years ago. Trusses spaced at 2 feet o.c., 6 foot overhang, roof sheathing 2.5 feet above top of masonry wall. "Blocking Panels" were placed between each truss above the...
  8. Gopher13

    Pre-Engineered Metal Building with baseplates below finished floor

    phamENG: my situation is a bit unique. I am a full time employee of the owner. PEMB shop drawings are sent to me. I comment on their anchor bolt placement not matching mine and mark "revise and resubmit." But you are right, their PEMB shop drawing has never matched my layout on the first try.
  9. Gopher13

    Pre-Engineered Metal Building with baseplates below finished floor

    Off topic but I think helpful piece of information: the PEMB engineer will not design anything that extends into the your concrete. So the fasteners that attach the bottom girt to the concrete is on you. Same for fasteners that attach the door/window jambs to the concrete.
  10. Gopher13

    Pre-Engineered Metal Building with baseplates below finished floor

    I have only designed 2 PEMB's before, so I am definitely still learning about how these work. I used tie beams below the slab on grade. I was concerned about the Owner wanting to cut the slab on grade or it needing repairs in the future. I was unsure about their knowledge of the importance of...
  11. Gopher13

    tube collectors between joist seats

    Thanks for the star!!! Pretty sure it's my first one. Fitting it comes on a non-technical comment.
  12. Gopher13

    tube collectors between joist seats

    Soft spot. ya got me. I will rely on joist rollover from now on.
  13. Gopher13

    tube collectors between joist seats

    Thanks jayrod12!!! Makes sense.
  14. Gopher13

    tube collectors between joist seats

    I have been out the real world for a number of years now (government employee), but is omitting the tube or going with half the number going to make much difference in the overall cost of a building? Just curious.
  15. Gopher13

    economy of composite beams (steel beam with concrete over metal deck)

    Minnesota is pretty much Canada I think it is comparable..........1000 studs at +/- 28 studs per beam is 37 beams. My mezzanine is 20 ft. x 70 ft. so that will be way more beams than I will have. I appreciate your insight. Thanks KootK!
  16. Gopher13

    economy of composite beams (steel beam with concrete over metal deck)

    I understand one big advantage of composite beams (steel beam with concrete over metal deck) is reduced floor to floor height resulting in savings of finishes and MEP. I have a case where they will be building a mechanical mezzanine inside an existing building. I am framing this mezzanine with...
  17. Gopher13

    Truss end reactions

    Veering off topic slightly, although still related, as mentioned the lateral load has to travel through the truss web members to get to the roof diaphragm. Does anyone supply this force to the wood truss engineer so they can design their trusses accordingly, or do we assume this force is so...
  18. Gopher13

    Continuation deformed reinforcing bars across sawcut contraction joints

    I guess what I am asking is if everything else is the same, isn't it unnecessary to make some of the reinforcing bars discontinuous at the sawcut joint?
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