ARCAN’s Post

🏗️ Discover the Structural Secrets of Ancient Engineering! 🎥 Did you know that the need for lintel beams in construction was discovered by ancient engineers? This architectural innovation remains crucial in modern construction, ensuring the structural integrity of openings in block walls. 🌟 Why Lintel Beams? 🌟 Blocks excel under compression but falter in tension, which becomes evident near openings like windows and doors. Lintel beams are the unsung heroes that bear the load and distribute it evenly across these openings, preventing structural failures and maintaining safety. 🎬 In this Video: We delve into the fascinating world of lintel beams used in masonry structures. From continuous reinforced masonry lintels to robust steel alternatives, discover how these critical elements keep buildings standing through the ages. Video source and credit: (https://lnkd.in/dhxRFTtE) #CivilEngineering #StructuralEngineering #Architecture #Construction #Masonry #LintelBeams #BuildingTechnology

3D modeling and  Construction and implementation of "Yazdi-bandi" one of the important ornamental elements under the domes in Iranian architecture.

Unlocking Architectural Dimensions: The Magic Angle's Influence In the realm of architecture, the magic angle transcends its scientific roots to become a catalyst for spatial exploration and conceptual innovation. Defined at approximately 54.7356°, this angle, symbolized by θm, holds profound implications not only in nuclear magnetic resonance but also in architectural representation and built form. At its core, the magic angle intersects with the concept of the fourth dimension, a realm where time and space intertwine in infinite possibilities. In architectural representation, particularly in isometric drawing, the magic angle serves as a gateway to depict three-dimensional forms on a two-dimensional plane. By aligning coordinates at 120-degree angles, architects create visual constructions that hint at the elusive fourth dimension, albeit with inherent visual limitations. Beyond representation, the magic angle finds practical application in built architecture's geometry. From the subtle play of roof pitch angles in structures like the Moorfield's Tabernacle in Shoreditch to the avant-garde designs of conceptual models like House X by Peter Eisenman, architects leverage θm to imbue spaces with a sense of dynamism and intrigue. By manipulating geometric relationships, they evoke a heightened spatial experience that challenges conventional perceptions of form and dimensionality. Yet, the magic angle's significance extends beyond its mathematical precision. Its association with Scientology's mythology of Thetans adds a layer of mystique, suggesting a convergence of scientific inquiry and spiritual exploration. As Thetans are described as immortal spiritual beings, the resonance with nuclear magnetic resonance underscores architecture's capacity to evoke transcendental experiences beyond the physical realm. In essence, the magic angle represents a convergence of scientific inquiry, artistic expression, and philosophical contemplation within architectural discourse. It invites architects to push the boundaries of spatial representation and design, unlocking new dimensions of perception and imagination. As θm continues to shape architectural practice, it serves as a testament to the enduring quest for innovation and enlightenment in the built environment. #MagicAngleArchitecture #ArchitecturalInnovation #FourthDimensionDesign #SpatialRepresentation #ArchitecturalExploration #ThetanMythology #ScientologyArchitecture #SpatialImagination #TranscendentalDesign #architecturaldimensions

See full project: https://lnkd.in/gf7tqmGY F(x) = a4 x4 House I KTS Võ Hữu Linh I Vo Huu Linh Architects Description Project: Quaternary functions applied in architecture A quartic function is a fourth-degree polynomial: a function which has, as its highest order term, a variable raised to the fourth power. It can be written as: f(x) = a4 x4 + a3 x3 + a2 x2 +a1 x + a0. with value a<0 there are 2 maximum points and 1 minimum point. In architecture, the movement of the curve creates a curved surface in space, forming the 3rd dimension in architecture, the change of variables numbers create a magical, evenly curved surface that architects are always looking for #VHLArch , #KTSVõHữuLinh,#contemporary, #Futuristic, #quarticfunction

🔒 Unraveling the Architectural Labyrinth: RFID, Myths, and Modern Interpretations 🏛️ Architecture, like the labyrinth of Daedalus, conceals secrets and metaphors. Imagine if the labyrinth were above ground, symbolizing not just a maze but a security understanding in architecture. Enter RFID tags – tiny marvels using radio waves to communicate, much like the labyrinth's intricate paths. These minuscule chips, seen in passports and key cards, hold power without a physical battery. Just as the labyrinth challenges perceptions, RFID tags use an electrical field generated by radio waves to transmit information. The magic lies in their simplicity. Fast forward to modern interpretations by architects like Hejduk and Olgiati. Hejduk's labyrinth appears in guises like "Soloists," a single-path maze reflecting a singular perseverance. Olgiati, in his distortion of the orthogonal ground plan, creates a building that subtly moves and transforms, much like navigating a maze. Le Corbusier's Museum of Unlimited Extension tackles the growth problem in buildings, evolving incrementally like a labyrinthine spiral. The architectural labyrinth becomes a metaphor for growth, choice, and perpetual evolution. In the hands of Olgiati, the visible labyrinth challenges the notion of prison and security in architecture. It becomes a proposition that architecture, like the myth, never dies but grows, perpetually changing and adapting. The reinterpretation of the labyrinth, whether as a security element or an alternative understanding of simplicity, illuminates the architect's challenge to redefine myths and heritage in a technologically advanced world. 🌐🏢 ✨ #ArchitecturalLabyrinth #RFIDInnovation #ModernInterpretations #ArchitecturalHeritage #BuildingSecurity #MythRedefined

Fantastic work by our student Nick Lesko developed during the “Spatial Fragmentations with Houdini” workshop led by Mümün Keser. The workshop focused on giving students the ability to transform simple shapes into more intricate spatial structures, such as vertical highrise or horizontal buildings. Using procedural techniques, you will explore ways to decompose and enhance basic geometries and add architectural details. Tap the 🔗 link for more information: https://lnkd.in/dhDjZ9q5 #houdini #houdinifx #sidefx #sidefxhoudini #parametricdesign #computationaldesign #architecturestudents

Shots from our “Spatial Fragmentations with Houdini” workshop led by Mümün Keser. Tap the 🔗 link for more information: https://lnkd.in/dhDjZ9q5 The aim is to give the ability to transform simple shapes into more intricate spatial structures, such as a vertical highrise or horizontal building. Using procedural techniques, students explored ways to decompose and enhance basic geometries and add architectural details. #houdini #houdinifx #sidefx #sidefxhoudini #parametricdesign #computationaldesign #architecturestudents

Capturing x34 RAW images and stitching in PTGui to create a 360 degree viewpoint for a CGI backdrop. The 3D model replaces site boundaries with a focus on the surrounding architecture 📷 #cgi #dronephotography #architecture

Drowning in project details? Leica's 3D laser scanners - #LeicaRTC360 or #LeicaBLK360 - can help you capture everything in a flash. But which one is right for you? Check out the blog for deeper insight - link in the description⬇️ https://lnkd.in/gUMXZcdb #3Dscanning #technology #engineering #AEC #architecture #construction #digitalconstruction #pointcloud #realitycapture

Midjourney V5.2: Golden Ratio & Fractal Geometry Part 4—Architecture My previous post, "Midjourney V5.2: Fibonacci Sequence & Fractal Geometry Part 3—Architecture" is a partner post with this one. Here are various architecture prompts that include "Golden Ratio" and "Fractal Geometry" in each prompt. Interesting comparison with the previous post. #midjourney #v5.2 #architecture #goldenratio #fractalgeometry