Selecting the right structural materials directly impacts your project timeline, budget, and overall design efficiency. As a structural engineer, you skillfully balance the demand for high load capacities with the need to manage costs and meet architectural expectations. Traditional wide flange sections have their place...
Read moreA common question that arises during the material specification process is the functional difference between ASTM A500 and ASTM A513 steel tubing. Customers and design teams sometimes assume these specifications are interchangeable. However, when we delve deeper into the material properties and manufacturing standards, m...
Read moreEvery large structure, from soaring skyscrapers to sprawling bridges, relies on a solid foundation to establish structural integrity and safety. For projects demanding foundational support in challenging soil conditions, deep foundation systems are critical. Among the list of reliable solutions is straight-seam ERW steel...
Read moreHollow Structural Sections (HSS) are popular among structural engineers due to their unique combination of strength, efficiency, and aesthetic versatility. The most common governing standard for HSS in North America is ASTM A500. For structural engineers designing complex projects, understanding the nuances of t...
Read moreMore structural engineers are using Hollow Structural Sections (HSS) because of their high strength-to-weight ratio and versatility. Whether you leverage...
Read moreWhen you’re designing a large, open structure, you can’t let the supports get in the way of the aesthetics or the functionality of the space. But this can be a challenge when designing with ASTM A500 HSS. Variation in wall thickness with this spec forces you to err on the side of larger sections — making it harder to meet size limitations and...
Read moreThe use of tubular shapes is seen all around us in nature. Tube-like structures are naturally occurring in the bones of animals, bamboo and the stems of flowers. It’s no wonder HSS is so popular amongst structural engineers – from being a cost-effective structural member, to a high strength to weight ratio, to a uniform strength and aesthetical...
Read moreWhen you go to twelve trade shows and speak to forty different engineering firms or fabricators each year, I hear people say it’s challenging to design structures for seismic applications. And in some ways, it’s true — if you design with ASTM A500 HSS, it can be difficult to predict how the sections will perform because of the variance in wal...
Read moreAs I talk to my colleagues around the country, I’m always asked about what makes an ASTM A1085 or A500 Grade C HSS round better than the ASTM A53 pipe the local fabricator is offering. Since A1085 and A500 Grade C are both structural specifications, round HSS products are produced to be used in structural...
Read moreHow ASTM A1085 HSS Outperforms A500 HSS[iframe class='sproutvideo-player' src='//videos.sproutvideo.com/embed/a09bddb61a12e3cf28/1e23c6fec49d39dc' width='630' height='354' frameborder='0' allowfullscreen ]...
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