Adam Carey MIES’ Post

Beneath the streets of Paris, an engineering wonder keeps time — the underground clocks that power the city's iconic public timepieces. Designed by Victor Pop in the late 19th century, these clocks revolutionized how time was synchronized throughout the city. ⏳ Here’s how this remarkable feat of engineering works: 👉Mechanical Precision: The underground clocks rely on a sophisticated system of gears and springs, which transfer power to public clocks across the city, ensuring accurate timekeeping. ⚙️🔧 👉Centralized Power Source: Instead of each clock needing its own power, Pop's design used a centralized mechanism to keep several public clocks in sync. This allowed a high degree of efficiency and accuracy across the city. 🕰️🔋 👉Water-Powered Innovation: Initially, the clocks were powered by a waterwheel mechanism that harnessed the energy of underground streams to drive the gears. This early use of renewable energy was an ingenious solution for the time. 💧⚡ 👉Hidden Genius: Today, the original underground clocks are a largely forgotten part of Parisian history, but they remain a symbol of Victor Pop's ingenuity. His designs still inspire engineers who marvel at the elegance and efficiency of such a complex system. 🏙️💡 Victor Pop's underground clocks were a true engineering marvel that helped keep Paris on time, and continue to be a testament to the brilliance of 19th-century engineering. ✨ #UndergroundEngineering #ParisHistory #VictorPop #Timekeeping #MechanicalEngineering #InnovativeDesign #EngineeringMarvels #ParisClocks #RenewableEnergy #Skilllync

Meet the façade experts! Looking for the best out there on glass and #façade #engineering? Look no further than Technische Universität Darmstadt's Faculty of Engineering! 🧐 15 years of pushing the boundaries of glass and façade engineering research 😃 15 years of teaching façade enthusiasts, too The topics at TU Darmstadt range from parametric design to the development of details, to gain insight into the most diverse parts of the #buildingenvelope. Check out our contribution to the OpenFace Façade Education course! #OpenFaceFacadeEducation #OpenFace #FacadeEducation #glassfacade #innovativefacade

🌟 Day 2 of the Challenging Glass Conference at the Delft University of Technology! 🌟 Today, our founder, Dr. Thomas Henriksen, presented a compelling synopsis of our paper titled "Optical Distortions in Architectural Glass: Review of Categorization, Evaluation and Measurement Methods." Dr. Henriksen's presentation shed light on the complexities of optical distortion in multi-layer architectural glass, such as insulated glass units, which typically comprise combinations of heat-treated and laminated glass. The paper provided a review of 8 types of optical distortion found in practice on projects, together with the findings from preliminary laboratory tests carried by Delft University of Technology. In conclusion, there is a need to carry out further research to better understand the causes behind the different optical phenomena and to develop new methods to objectively assess their effects on the aesthetic quality of architectural glass. We're proud to contribute to the advancement of architectural glass technology and to be part of this prestigious conference. #ArchitecturalGlass #OpticalDistortions #EngineeringInnovation #ResearchAndDevelopment #FacadeEngineering #ChallengingGlassConference #Conference Stay tuned for more updates from the conference and our ongoing projects!

This free course will explore six key concepts that can impact Sound Transmission Class (STC) ratings in wall assemblies, enabling the achievement of desired acoustic outcomes. - National Gypsum Company https://lnkd.in/g_6ht2zF #acoustics #webinars #CEU #design

Upcoming #acoustics webinar to explore six key concepts that can impact Sound Transmission Class (STC) ratings in wall assemblies. Grab your seat now: https://lnkd.in/g_6ht2zF Building Enclosure #BuildingKnowledgeTogether #CEU #AIACEU

📚 Exploring the Evolution of Acoustic Insulation: A Journey Through Time! 🎓 Did you know? The quest for tranquility dates back centuries, with ancient civilizations employing innovative methods to minimize noise intrusion. Fast forward to the modern era, and the evolution of acoustic insulation has reached new heights, revolutionizing how we design and experience spaces. 🏛️ Ancient Beginnings: Ancient Egyptians utilized materials like reeds and mud to minimize sound transmission in their dwellings, laying the foundation for acoustic principles still relevant today. 🛡️ Medieval Innovations: Medieval castles incorporated thick stone walls to dampen noise, setting a precedent for structural design techniques aimed at soundproofing. 📜 Industrial Revolution: The advent of industrialization brought new challenges, with noisy machinery disrupting workplaces. Engineers responded with rudimentary soundproofing measures, laying the groundwork for modern acoustic engineering. ⚙️ 20th Century Advances: The 20th century witnessed significant advancements in acoustic science, with the development of sound-absorbing materials like fiberglass and acoustic tiles. These innovations transformed industries ranging from construction to automotive, enhancing comfort and safety. 🔊 Contemporary Solutions: Today, cutting-edge technologies like acoustic panels made with regenerated fibre offer customizable solutions for noise control in diverse environments and sectors. 🔍 Looking Ahead: As our understanding of acoustics continues to deepen, so too will our ability to create environments that prioritize comfort, productivity, well-being and sustainability. Join us on this journey through the evolution of acoustic insulation! Stay tuned for more insights into how historical innovations continue to shape our modern world. #AcousticInsulation #AcousticHistory #Innovation #Soundproofing  #MappyItalia 🎶🔇

Excited to announce that I will be presenting at #SimBuild 2024 in Denver this May! 🌟 I'll be discussing our research paper titled "Augmenting Thermal Mass Performance without Added Carbon Footprint: Surface Area Modulation of Structural Slabs in Naturally Ventilated Buildings," with co-authors Xiang Zhang, Xiaoxiao Peng, Saeran Vasanthakumar, and Dorit Aviv. In our paper, we assessed the impact of geometric modulation on internal thermal mass (ITM) performance within fixed material volume constraints to minimize embodied carbon. We found that increasing ITM surface area by 1.7 times yields notable annual thermal comfort hour improvements—6% and 7% for hot-dry and marine climates respectively when coupled with natural ventilation. Additionally, we observed a 1.81°C peak indoor air temperature reduction from flat to shaped internal thermal mass (ITM) on a typical April day in Tucson and a 2.43°C peak indoor air temperature reduction from flat to shaped ITM on a typical October day in San Diego. Our research underscores the potential of geometric design exploration as a sustainable method for optimising thermal mass performance for operational carbon reduction potential without adding to a building's embodied carbon. Looking forward to reconnecting with old friends and meeting new ones in Denver! #IBPSA #EmbodiedCarbon #BuildingPerformanceSimulation #ClimateChange #Architecture Thermal Architecture Lab Center for Environmental Building + Design University of Pennsylvania Stuart Weitzman School of Design Ladybug Tools #BuildingEnergyModel #ComputationalDesign

𝗘𝗻𝗵𝗮𝗻𝗰𝗶𝗻𝗴 𝗨𝗿𝗯𝗮𝗻 𝗦𝗽𝗮𝗰𝗲𝘀 𝘄𝗶𝘁𝗵 𝗪𝗶𝗻𝗱 𝗖𝗼𝗺𝗳𝗼𝗿𝘁 & 𝗦𝗮𝗳𝗲𝘁𝘆 𝗔𝗻𝗮𝗹𝘆𝘀𝗶𝘀 At Deratec Pty Ltd, we recognise that wind is not just a force of nature but a critical factor in the design of modern architectural buildings and towers. Through advanced Computational Fluid Dynamics (CFD) simulations, we deliver precise Wind Comfort & Safety Analysis to ensure that tall structures and surrounding spaces are both functional and safe for everyone. Our analyses adhere to Australian and International Standards and recognised wind comfort and safety criteria, such as the Lawson Criteria, ensuring that all architectural designs meet the required benchmarks for pedestrian comfort and safety. Whether it’s minimising wind tunnel effects around high-rise towers or optimising public plazas, we provide the insights needed to create more livable urban environments. 🚶♂️🌳 From iconic skyscrapers to innovative architectural marvels, our CFD techniques predict wind patterns and their impact on both the structures and the people who interact with them. We identify potential wind hazards, optimise designs, and help create environments that are not only visually stunning but also comfortable and safe. Let's collaborate to elevate urban design, making our cities safer, more comfortable, and more enjoyable for all. www.deratec.com.au #CFD #WindComfort #ArchitecturalDesign #Towers #UrbanDesign #LawsonCriteria #Standards #Simulation #EngineeringExcellence

On International Noise Awareness Day, let's delve deeper into the influence of sound in our lives, an aspect that often goes unnoticed. The acoustic factor is frequently overlooked when designing spaces, yet it plays a crucial role in the overall well-being of humans and animals across various environments. Discover more about the hidden implications of sound in our daily lives in our latest feature on www.DeArchNet.com #noise #sound #architecture #dearchnet

The Student Design Competition lets students express their knowledge of architectural acoustics and noise control in designing a facility where acoustical considerations are of primary importance. View the Design Scenario and entry qualifications at https://ow.ly/XUwN50QuQEy