What can you learn from a caterpillar? The caterpillar's defensive mechanism, which sounds like a squeaky toy, is the source of the moniker "squeaking silkmoth." Reference: Bart Coppens #innovate #sustainability #natureinspired #whatinspiresme #technology #biomimicry #thinkoutside #nature #naturelover #engineering #chemistry #architecture
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Are you a researcher in #structuralengineering, #mechanics, #computergraphics, #architecture or a #designer interested in FreeGrid, a benchmark on #design and #optimization of free-edge gridshells? The #structural, #buildability and #sustainability performances of FreeGrid baseline gridshells are quantified and analyzed in detail in the Open Access paper “Holistic performance assessment of gridshells: Methodological framework and applications to steel gridshells” recently published in the international “Journal of Building Engineering” (Vol. 90, August 2024, 109406, https://lnkd.in/d5uxUyyM), authored by Lorenzo Raffaele, Luca Bruno, Francesco Laccone, Fiammetta Venuti, Valentina Tomei. You can find all the information about FreeGrid on the official website https://lnkd.in/dd_9MU2U. Do you need further details about FreeGrid? E-mail us at: freegrid@ctanet.it We wish you a good read and a successful participation! With the support of CTA - Collegio dei Tecnici dell'Acciaio Under the umbrella of the International Association for Shell and Spatial Structures (IASS) With the industrial partner ArcelorMittal Steligence #benchmark #gridshells #steeldesign #FreeGrid
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Below is a list of our top 50 #biomimicry examples and nature-inspired innovations or inventions. Each solution has successfully been implemented in the real world. What your favourite biomimicry example? #innovate #sustainability #natureinspired #whatinspiresme #technology #biomimicry #thinkoutside #nature #naturelover #engineering #chemistry #architecture
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Every time I read about some breakthrough where we’ve learned to harness something already done by nature, I’m inspired to find out what more we can do, just how big a breakthrough can occur when we match human ingenuity with the power of evolution. We’re doing similar things at Blue Carbon. (more about that later) #bluecarbon #whalepump #carbonflux #climatechange
The lighter side of biomimicry - structural color 🦋 #innovate #sustainability #natureinspired #whatinspiresme #technology #biomimicry #thinkoutside #nature #naturelover #engineering #chemistry #architecture
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The lighter side of biomimicry - structural color 🦋 #innovate #sustainability #natureinspired #whatinspiresme #technology #biomimicry #thinkoutside #nature #naturelover #engineering #chemistry #architecture
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The lighter side of biomimicry - structural color 🦋 #innovate #sustainability #natureinspired #whatinspiresme #technology #biomimicry #thinkoutside #nature #naturelover #engineering #chemistry #architecture
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🏗️#End_bearing columns may not be necessary to control long-term settlement, exciting developments in foundation design! 🌱 For cost-effective stone column design, the length of the column plays a crucial role in ensuring structural stability and minimizing long-term settlement. A recent paper addressing this critical aspect of foundation engineering: optimizing the length of floating stone columns as reinforcement in soft clay layers. Traditional methods often resort to end-bearing columns, but this study introduces a fresh perspective on cost-effective and efficient design solutions. Key Highlights: 🔍 Research Gap: Identified a lack of comprehensive design methodologies favoring floating columns over traditional solutions. 🛠️ Proposed Design Method: Leveraging Terzaghi's 1D consolidation settlement theory, the paper suggests a novel approach to determine the optimal length of floating stone columns. 🌟 Main Findings: End-bearing columns may not be necessary to control long-term settlement, as demonstrated through a case study where floating columns effectively reinforced a 20m thick soft clay layer. This study marks a significant step forward in foundation engineering, offering a viable alternative for enhancing structural stability while minimizing costs. It underscores the importance of continually exploring innovative solutions to address evolving challenges in construction and infrastructure development. Interested in learning more about the future of foundation design? Feel free to reach out or engage with the paper directly for deeper insights. Bouassida M, Ellouze S, Chenche K, Bouali MF. Optimized Design of Foundations on Soft Soil Reinforced by Floating Granular Columns. International Journal of Geomechanics. 2024 May 1;24(5):04024082. Let's keep building a more resilient and sustainable built environment together! 💪🏽🌍 #FoundationEngineering #Innovation #Construction #InfrastructureDevelopment #soil_improvement #rigid #inclusions #stone #column
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The Power of computational design. We saved hours of effort and optimized this parasol roof to generate 30% more Solar energy by using Parametric simulations and modelling! This beautiful parasol structure not only shades the structure below but generates Solar Energy and brings in light, all at the same time! The roof curvature was first tessellated to fit maximum Solar Panels. Then the typical module was simulated using Ladybug Tools for different orientations and varying inclination angles. Further to this parametric modelling helped in re-aligning the module on the desired roof form. Interested to know more? Reach out to CoLEAD for details. #sustainability #energyefficiency #architecture
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🌍🏔️ Happy International Mountain Day! 🏔️🌍 Today, we celebrate the majestic mountains that not only inspire us with their beauty but also play a crucial role in our environment and society. As structural engineers, we can draw significant lessons from these natural wonders. Mountains are not just breathtaking landscapes; they are also a testament to the power and resilience of nature. When we design structures in mountainous regions, we are challenged to create solutions that respect the natural terrain while ensuring safety and sustainability. Key considerations include: Geotechnical Analysis: Understanding soil and rock mechanics is essential for building on slopes and in seismic areas. Sustainable Design: Integrating eco-friendly materials and methods to minimize our impact on these sensitive ecosystems. Innovative Engineering: Utilizing cutting-edge technology to create structures that can withstand harsh weather conditions and geological activity. Let’s honor our mountains by committing to responsible engineering practices that preserve their splendor for future generations. #InternationalMountainDay #StructuralEngineering #Sustainability #Nature #Innovation
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https://lnkd.in/eygqXW4D Exploring Neolithic Engineering: The Marvel of Stone Constructions
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7moI’m sure he doesn’t like being squeezed