Krishna Bhanderi’s Post

Have You Heard of Dragon Ties in Historic Buildings? When we think about historic buildings, we often admire their charm and beauty, but behind the scenes, there’s some incredible engineering that keeps them standing. One fascinating feature found in older timber-framed buildings is the dragon tie. So, what is a dragon tie? It’s a diagonal timber beam used in the corners of buildings, particularly in medieval and Tudor timber-framed houses. Its purpose is to support the structure where walls meet at right angles, helping to distribute the roof load and strengthen the frame. Think of it as an early (and elegant) form of reinforcement! Dragon ties allowed builders to achieve larger overhangs – those striking jettied upper floors that give historic buildings their iconic look. As we work to preserve these structures today, it’s a reminder of how traditional building techniques still inspire modern solutions. Does anyone know why they are referred to a dragon ties? There are a few theories…….. #HistoricBuildings #Architecture #TraditionalCraftsmanship #TimberFrame #BuildingConservation #Engineering

Most of the design community probably does not think of architectural precast concrete as a natural material. But the truth of it is, it’s nothing but natural materials! Starting with the aggregates, both fine & course, that I want to show you today. Blending sands with other fine aggregates (black grit as an example), and course aggregates (along with the fines that come along with the aggregate) to achieve the tone/color of an architectural precast panel is by far and away the best approach. Pigments should only be used to accentuate the natural color of the recipe. #Architecture #prefabrication #precast #fabrication #learning #intheknowwithmo

What type of symmetry does the structure have? Does it achieve visual balance? This important principle is perhaps the easiest to identify. It refers to the visual balance, which in its most basic form can be categorized as symmetrical balance or asymmetrical balance. Symmetrical: Whatever you place on the right of the building, you also put on the left. It is almost as if one side of the building is a mirrored reflection of the other. Although, note that some design elements can vary slightly from side to side. When a building is the same on the left side and right side, such as common skyscrapers, this is referred to as bilateral symmetry. You can also have a symmetrical building that reflects across a horizontal axis in the middle of a building—where the top of the building is the same as the bottom. Examples of symmetrical buildings include the United States Capitol Building, Taj Mahal, Pantheon, and Baiturrahman Grand Mosque. - https://bit.ly/3RnWa48 #symmetry #architecture #chicago #chicagoland #art

Learn about aggregates with In the Know with Mo! #precast #precastconstruction #concrete #aggregates #custom #design #color #intheknowwithmo #intheknow #howprecastbuilds #GateCollaborates #GateEducates #BuildWithGate

Cantilevered: Extending Your Knowledge of Structural Design (#Engineering #Architecture #CivilEngineering) Ever wondered how those daring balconies jut out from buildings? The answer lies in the power of cantilevers! These unsupported horizontal beams are a cornerstone of modern architecture, allowing for: Expansive Balconies & Overhangs: Creating beautiful outdoor spaces and providing shade. Strong Bridges: Used in suspension bridges to support the roadway. Innovative Design: Pushing the boundaries of form and function. In this post, we'll delve deeper into the world of cantilevers, exploring: The engineering principles behind their stability. Different materials used for cantilever construction. Real-world examples of iconic cantilevered structures. Join the conversation! Share your favorite cantilevered designs in the comments below. #Cantilever #StructuralEngineering #BuildingDesign #Construction

🌿 Preserving History: The art of stone masonry in listed buildings 🌿 Restoring historic buildings involves carefully working with original materials; stone, timber, brick, or plaster, that have aged over decades or centuries. The goal is to stabilise and conserve these elements, maintaining the building’s authenticity and structural integrity. This work requires technical expertise in traditional construction methods and materials, as well as problem solving for issues like weathering, decay and previous unsuitable repairs. Each project is a hands-on challenge, blending craftsmanship with an understanding of heritage conservation principles. LOCAL PEOPLE, LOCAL KNOWLEDGE, LOCALLY INSPIRED, LOCALLY DESIGNED #Archihive #Archihivearchitects #Architecture #Architect #RIBANorthWest #Design #haltonmill #Lancaster #HistoricFabric #ConservationPractice #ListedBuildings #Heritage

CENTURIES OLD TECHNIQUE AN EXAMPLE FOR MODERN DAY DESIGN “Inca Civilization Harmonized Architectural Design With The Natural Environment” “One of the most remarkable features of Machu Picchu is its mortarless doorways, showcasing the advanced stone masonry skills of the Inca civilization. These doorways are crafted from precisely cut stone blocks that fit together with such exactitude that not even a blade of grass can slip between them. This impressive technique, known as ashlar masonry, demonstrates the Inca’s mastery in shaping and interlocking stones without the need for mortar, allowing the structures to remain intact over centuries. The precision of ashlar masonry provided incredible structural stability, making the buildings at Machu Picchu resistant to the frequent earthquakes that have affected the region. The stones' seamless interlocking also helps distribute the weight and stresses on the walls, contributing to the resilience of the entire site. This engineering marvel has allowed Machu Picchu to survive centuries of natural forces, including the passage of time. Beyond its technical achievement, the mortarless construction at Machu Picchu reflects the Inca’s deep understanding of their environment. By harmonizing their architectural designs with the natural landscape, the Incas ensured that their structures not only endured but also blended seamlessly with the mountains and surroundings. The site’s remarkable preservation and the sheer skill involved in its creation continue to inspire admiration for Inca architecture and their profound connection to the land.” * * Credits to Britannica #machupicchu #inca #architecture #design #harmonize #enviornment #nature #kdb #kb

Masonry is a versatile design element, that combines beauty and safety in one. There are a multitude of ways to use masonry to capture a fantastic design while preventing natural disasters from completely destroying your property. Wind and fire resistant, mold and insect resistant, not to mention the many other properties masonry offers, why build with anything else?

Parametric design offers a toolkit for designing complex and dynamic structures using mathematical parameters and algorithms. You can reach the details of the article from our blog page link in the profile! #Silkar #SilkarStone #SilkarMining #naturalstone #marble #mosaic #tile #design #architecture #interiordesign #architect #interiorarchitect #blogstone #blog

Rain or shine, UnoFin Prime Coarse Wall renders serve as steadfast guardians for your external walls, providing reliable protection against cracks and peeling for up to 25 to 30 years. According to IS 2402-1963, the Code of Practice for External Rendered Finish, Section 6.6.3 states that the render strength should be weaker than the substrate. However, this practice is not being followed, leading to shrinkage cracks. Prime has an autogenous crack-healing ability. UnoFin Prime Range is a unique render with low compressive strength and high adhesion, which is flexible and limits cracks. For more information, visit - https://bit.ly/4e0lwij. #UnoFinRenders #UnoFinPrime #Product #Feature #Grupopuma #WallRenders #Innovation #Construction #Architecture #PidiliteGrupopuma