Honeycomb’s Post

A significant #milestone has been reached in the hybrid waffle research project, proudly supported by the Association of Consulting Structural Engineers Victoria (ACSEV), Foundation and Footing Society of Victoria (FFSV),SmartCrete CRC and Swinburne University of Technology The successful completion of #screwpile testing at Koo Wee Rup marks a major step forward in advancing our understanding of hybrid #waffle systems. As part of this groundbreaking initiative: *28 screw piles were installed at varying depths. *Each pile underwent rigorous compression and tension testing in accordance with AS 2159. *Following testing, all piles were meticulously exhumed for detailed evaluations of their structural performance under failure loads. *Comprehensive checking of welds, plates, and pile buckling was conducted to document critical findings. We extend our heartfelt gratitude to our industry partners, including Foundation Technologies Australia, Madewell Products,Solidity - Your Helical Piling Partner and Richard Bacon, for their invaluable in-kind contributions. This achievement is a testament to the power of #collaboration and #innovation in advancing #structural engineering. Stay tuned for further updates!. #research #innovation #gratitude #housing #construction #foundations #screwpiles

#50YearsOfReinforcedEarth - Revisiting the M27 Octavius Project The original Romsey Road overbridge had developed cracks and bearing failures, leading to its replacement. Instead of a full demolition, we designed the new structure around the existing abutment bases, using a mix of Reinforced Earth® techniques. By using discrete soil reinforcing strips, the design can be flexible and work around any obstructions in the backfill. This minimised waste, saved time, and reduced costs. A flexible solution for a complex challenge! #SoilReinforcingStrips #BridgeAbutment #SustainableEngineering 📸: peter langdown

Another Example of AG’s Vertica® Segmental Retaining Walling. In this particular job, our block has been used in the creation of a new 36-metre long bridge spanning the A379 in County Devon. Designed as a gateway feature, the structure will allow pedestrians and cyclists to cross the busy carriageway to access a new housing development, a local school and community facilities. Supporting both ends of the bridge, Vertica’s 4 degree block has been used throughout the striking four tiered design to create the abutments and wingwalls. This innovative approach offers a more cost-effective and sustainable solution compared to standard methods due to reduced geogrid and soil excavation requirements. The distinctive curved levels, ranging from 2m to 7.4m in height, feature impressive internal and external radiuses achieved through Vertica’s tapered design. https://lnkd.in/d5iV9_6s

I would like to thank the Sun Sentinel for allowing me to publish this article on punching shear, contributing significantly to raising awareness of this critical structural concern. We aim to empower building owners and property managers by providing insights to identify punching shear issues and emphasizing the importance of promptly addressing these repairs. Together, we can ensure the safety and integrity of our built environment. #makebuildingssafeagain #PunchingShear, #StructuralEngineering, #ConcreteDesign, #CivilEngineering, #StructuralAnalysis, #EngineeringLife, #ConstructionTech, #BuildingDesign, #ReinforcedConcrete, #EngineeringProblems, #StructuralFailures, #EngineeringSolutions, #ConstructionSafety https://lnkd.in/eBafhN-Z

New Article Alert!!! Published in the SunSentinel by Greg Batista. In this article, Greg Batista P.E. speaks about one of the possible causes of the Champlain Towers Collapse known as punching shear. View the article here: https://lnkd.in/eFM3sa9d #PunchingShear, #StructuralEngineering, #ConcreteDesign, #CivilEngineering, #StructuralAnalysis, #EngineeringLife, #ConstructionTech, #BuildingDesign, #ReinforcedConcrete, #EngineeringProblems, #StructuralFailures, #EngineeringSolutions, #ConstructionSafety, #DesignEngineering, #ConcreteStructures, #LoadAnalysis, #EngineeringChallenges, #ConstructionMaterials, #BuildingSafety, #EngineeringInnovation

In the Oct. #AUGIWORLD, John Mayo talks about the Grading Optimization (GO) extension in #Civil3D and explains two examples of grading criteria would be minimum/maximum slopes in an area and a building floor elevation. Page 10 here: https://smpl.is/9pbqz #AUGI

project in Glenhaven by Intelligent Structures

https://lnkd.in/eGkAgzva Douglass features Metal-Mediated C-C Ring Construction: The Liu/Qin Synthesis of Garryine

Alpha Structural, Inc.’s very own Damien Hammond and Joe Demers did a feature with FOX 11 Los Angeles - KTTV on the active #landslide movement and catastrophic damage occurring to dozens of homes in the City of #ranchopalosverdes. It’s an evolving situation that has considerably worsened this year and we have a lot of varying complex projects that we are working on solving to help this troubled area of #losangelescounty. We are glad to have been featured in hopes of bringing awareness at the #state and #federal level so more disaster assistance can be provided. #disaster #landslides #catastrophic #landmovement #disasteraid #fema #caloes #federalaid #losangeles #rpv #realestate #socalreaestate #inthenews #news #geology #geotechnical #geotechnicalengineering #structuralrepair #foundationrepair #landsliderepair #slopestability

👨🏫 The intricate world of #structuralengineering, lets explore the phenomenon of #shearwall overturning. 🔄 👷♂️ 🔄 Essentially, shearwalls is a vital components in resisting lateral loads such as wind and seismic forces, crucial for maintaining structural stability. However, when subjected to excessive lateral forces, shear walls can experience overturning, which is a rotational movement about its base, leading to potential instability. One critical consideration in addressing shearwall overturning is balancing the upward and downward forces created by the overturning moment through foundation design. This balance is essential for maintaining structural integrity and preventing foundation failure. Adequate foundation size and reinforcement at the edges of the shearwall are key to mitigating these risks. 📡 Stay tuned for my upcoming blog about advance applications of #RAM Concept, where I tackle overturning foundation design solutions head-on. Understanding and addressing shearwall overturning isn't just about preventing immediate failures, it's about ensuring the long-term resilience and safety of #structures. 🏢 Picture Credits: Simone Rossi ResearchGate https://lnkd.in/gdgzkK9u Qian Fang, Ph.D. Shyla Lintz Jasper Van Der Bruggen Carlos Rincon Ronaldo Castelo Flores #StructuralEngineering #Shearwalloverturning #foundationdesign #foundation #civilengineering #structuraldesign #engineering #BentleySystems #moments #forces