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@did_yougetit: หนังเรื่อง มือปืน กับความมืดมนของวงการอาชญากร และ Costume ที่เห็นแล้วเตะตาผมสุดๆ รับชมได้ทุกโรงภาพยนต์ วันที่ 27 พฤศจิกายนนี้ #มือปืน #4Kingsอาชีวะยุค90 #MStudio #PlanB #แฟชั่น

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Friday 14 November 2025 11:54:14 GMT
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aorc86
สุ้ยดุ้ยมุ้ย :
ผมขอประวัติกางเกงคาร์โก้ได้ไหมครับ😅
2025-11-15 03:03:55
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cottonfaiii
SJ :
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2025-11-14 16:35:02
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user45542881584421
user45542881584421 :
😍
2025-11-28 05:40:13
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เสื้อแบบเดียวกับสันติ
2025-11-17 17:25:01
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#fyp#fyy#4u#🇩🇿#nawel_uk
#fyp#fyy#4u#🇩🇿#nawel_uk
Long before humans began designing skyscrapers, bridges, and enormous airports, nature had already spent millions of years solving many of the same problems. How do you create something strong without making it unnecessarily heavy? How do you move efficiently through a space? How do you protect something from the environment? And how do you create structures that are both functional and beautiful? The answers can often be found in the natural world. From the delicate form of a lotus flower to the repeating geometry of a pine cone, the spiral structure of seashells, and the radial patterns of starfish, nature is filled with shapes and systems that have evolved to work remarkably well. Architects have increasingly looked to these solutions for inspiration through a field known as biomimicry. But biomimicry isn't simply about making a building look like a flower or copying the shape of an animal. It's about studying why natural structures work and applying those principles to human design. A pine cone, for example, has evolved a clever structure that responds to changes in humidity. Seashells demonstrate how curved forms can provide strength while using relatively little material. Even the branching structures found throughout plants can inspire ways of distributing forces, energy, and movement. These principles can be translated into architecture in surprisingly creative ways. The Lotus Temple in New Delhi draws directly from the form of a lotus flower, with enormous curved petals creating its distinctive appearance. Zaha Hadid's Heydar Aliyev Center uses sweeping curves that appear almost fluid, challenging the conventional idea that a building needs rigid, box-like walls. And at Beijing Daxing International Airport, the enormous central structure uses a flowing, radial layout that helps connect different parts of the terminal while creating an instantly recognisable architectural form. Some buildings deliberately imitate nature. Others simply share similarities that become obvious once you know what to look for. Either way, the relationship between nature and architecture reveals something fascinating about design. The natural world has already spent millions of years experimenting. Structures have evolved to withstand wind, distribute weight, conserve energy, regulate temperature, collect water, and adapt to changing conditions. In many cases, the solutions are remarkably elegant because unnecessary complexity has been eliminated through evolution. Architects are now learning to look at those solutions differently. Instead of asking,
Long before humans began designing skyscrapers, bridges, and enormous airports, nature had already spent millions of years solving many of the same problems. How do you create something strong without making it unnecessarily heavy? How do you move efficiently through a space? How do you protect something from the environment? And how do you create structures that are both functional and beautiful? The answers can often be found in the natural world. From the delicate form of a lotus flower to the repeating geometry of a pine cone, the spiral structure of seashells, and the radial patterns of starfish, nature is filled with shapes and systems that have evolved to work remarkably well. Architects have increasingly looked to these solutions for inspiration through a field known as biomimicry. But biomimicry isn't simply about making a building look like a flower or copying the shape of an animal. It's about studying why natural structures work and applying those principles to human design. A pine cone, for example, has evolved a clever structure that responds to changes in humidity. Seashells demonstrate how curved forms can provide strength while using relatively little material. Even the branching structures found throughout plants can inspire ways of distributing forces, energy, and movement. These principles can be translated into architecture in surprisingly creative ways. The Lotus Temple in New Delhi draws directly from the form of a lotus flower, with enormous curved petals creating its distinctive appearance. Zaha Hadid's Heydar Aliyev Center uses sweeping curves that appear almost fluid, challenging the conventional idea that a building needs rigid, box-like walls. And at Beijing Daxing International Airport, the enormous central structure uses a flowing, radial layout that helps connect different parts of the terminal while creating an instantly recognisable architectural form. Some buildings deliberately imitate nature. Others simply share similarities that become obvious once you know what to look for. Either way, the relationship between nature and architecture reveals something fascinating about design. The natural world has already spent millions of years experimenting. Structures have evolved to withstand wind, distribute weight, conserve energy, regulate temperature, collect water, and adapt to changing conditions. In many cases, the solutions are remarkably elegant because unnecessary complexity has been eliminated through evolution. Architects are now learning to look at those solutions differently. Instead of asking, "What should this building look like?" They can ask: "How would nature solve this problem?" And sometimes, the answer can completely transform the way a building is designed. Perhaps the most inspiring thing about biomimicry is that the future of architecture doesn't always require inventing something entirely new. Sometimes... The best designs have been hiding in nature all along. #nature #architecture #design #architecturelovers #architect
w/ my first born 🤷‍♀️
w/ my first born 🤷‍♀️
بژی مامە❤#hamakurdish #foryou #foryoupage #viral @HaMaKurdish
بژی مامە❤#hamakurdish #foryou #foryoupage #viral @HaMaKurdish
Ngakak! Ada yang masih ingat sama langkah kaki khas Igun ini bestie?😂 . . #DAcademy8Indosiar #IndosiarBawaDangdutBerkelasBerkualitas #Indosiar
Ngakak! Ada yang masih ingat sama langkah kaki khas Igun ini bestie?😂 . . #DAcademy8Indosiar #IndosiarBawaDangdutBerkelasBerkualitas #Indosiar


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