Design Example: HSS Overlapped K-Connections With and Without the Hidden Toe Weld
…= –1.57 in Connection eccentricity: –0.55 ≤ e ⁄ H ≤ 0.25 e ⁄ H = –0.261 OK Branch angle: θ ≥ 30° θ = 45° OK This is not a requirement…
…= –1.57 in Connection eccentricity: –0.55 ≤ e ⁄ H ≤ 0.25 e ⁄ H = –0.261 OK Branch angle: θ ≥ 30° θ = 45° OK This is not a requirement…
…Steel Conduit in./100 ft. 5 0.04 55 0.43 105 0.82 155 1.21 10 0.08 60 0.47 110 0.86 160 1.25 15 0.12 65 0.51 115 0.90 165 1.29 20 0.16…
…an A-to-Z, start-to-finish involvement. Q: Do you have any tips to offer engineers of record or connection design engineers to create more effective and efficient welded HSS connections? Number one:…
…kgCO2e / ft → 51.5% less than W12x40 HSS8x8x1/4, Cementitious FP GWP = 5.21 kgCO2e / ft → 43.5% less than W12x40 The reduction in embodied carbon impact due to fireproofing is…
…high-quality technical content focused on designing with Hollow Structural Sections (HSS), delivered by licensed structural engineers. Viewing the webinars is free, allowing you to learn at your own pace. To…
…standards. I’m in charge of one now, and we have people from the U.S. and Canada, several European countries, Japan, China, New Zealand, Australia and others. It’s amazing the exchange…
…multiple options for one-sided mechanical connections to HSS, including access holes, blind bolts, threaded studs, nails, screws, flow-drilled bolts, and through-bolts. Before making a selection it is critical to understand…
…Width Transverse Compressive Loads on RHS”, M.A.Sc. thesis, University of Toronto, Toronto, ON, Canada. Fan, Y.-J. 2017. “RHS-to-RHS Axially Loaded X-Connections Offset Towards an Open Chord End”, M.A.Sc. thesis, University…
…its ability to protect against electromagnetic interference (EMI) over time. Learn more > Raceway Comparison https://www.youtube.com/watch?v=eu7X2P1i1eE&feature=youtu.be Our raceway challenge of steel conduit & EMT vs. MC cable busts the myth…
…Standardization, Brussels, Belgium. CSA. 2013. “General Requirements for Rolled or Welded Structural Quality Steel/Structural Quality Steel”, CSA G40.20-13/G40.21-13, Canadian Standards Association, Toronto, Canada. CSA. 2014. “Design of Steel Structures”, CSA…