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In previous chapters, we discovered what kind of works that facade engineers do. Moreover, how these works are adapted into the real workflow is also important information understanding the work of facade engineering. So in today's post, we are going to have a look at the workflow of facade engineers that personally organized while working in the facade engineering firm as a junior consultant. N..

(2) 6 representative works 4. Paneling Paneling means dividing the entire facade of a building into units of materials. In addition, the entire surface of the building is divided into the size of which the material can be processed. Simple building shapes can be uncomplicated, but when the geometry of the building becomes complex, the paneling itself becomes a single area of work for the facade ..

(2) 6 representative works 1. Environmental analysis Environmental analysis is the analysis of environmental factors that affect the comfort of the building users. The elements include solar radiation, shadow, vision, etc. Facade engineers analyze how much direct sunlight enters the building or shadows are made by other buildings. As a result of this analysis, a shading system that blocks direct..

(1) The goal So far, we have explored the definition of the facade, its history, and function, also the need for facade engineers who are specialized only in facades. In this chapter, we are going to cover 6 main types of works that facade engineers do. The six jobs include environmental analysis, facade structure calculation, thermal calculation, paneling, detail design, and building maintenanc..

(1) 파라메트릭 커브란? 앞서서 변수와 벡터를 이용해 선과 면을 정의할 수 있었던 것처럼, 파라메트릭 커브란 변수를 이용해 선을 정의한 것을 의미한다. 3d 모델링을 하다 보면 X, Y, Z 공간 상의 절대적인 좌표보다 내가 만든 객체 안에서의 상대적인 위치를 알아야 하는 경우가 종종 생긴다. 이때 파라메트릭 객체들을 정의하는 변수들을 이용해 객체 내부의 상대적인 위치를 파악할 수 있다. 파라메트릭 커브와 변수에 대한 내용은 시간에 따라 나의 위치를 출력한다는 비유를 들어 쉽게 이해할 수 있다. (2) 파라메트릭 커브와 변수 = 경로와 경과 시간 위 이미지에서 X 축의 0부터 20은 시간을 나타내고 나의 걸음 속도가 항상 일정하다고 할 때, 시간은 내가 친구 집으로 갈 떄의 위치를 자동적으로 출력해준다..

(3) Specialist 1. A large machine or a computer The building is no longer just a space for people's lives and actions. It may be better to think of it as a huge machine or computer with a large number of facilities and equipment in full. It takes a lot of collaboration in subsectors to build these huge computers. 2. Water supply and drainage, and other mechanical facilities The area of facilitie..

(2) Materialization of design There's a huge gap between designing something and actually materializing the design. In the process of materializing thoughts, there are limits of materials and trials and errors that you never thought of. But what if the object that we need to actualize is not a small prop, but a huge building? There will be more trials and errors in proportion to its size, and th..

(1) Function concentrated Why do we need a special field called façade engineering? Façade, directly in contact with the external environment, performs a variety of functions. As functions are concentrated in facades, engineering knowledge from various angles such as the structure and environment is essential. As a result, the facade shows a complex configuration. For instance, the complexity of..

지난 두 포스트에서는 변수 t를 이용해서 벡터로 선을 정의하는 방법과, 두 점 사이의 임의의 점을 구하는 방법들을 알아보았다. 이번 포스트에서는 벡터로 surface, 면을 정의하는 방법을 알아보려고 한다. (1) 면을 정의하는 방법 컴퓨터 상에서 면을 정의하는 방법 중에 하나로, 면 위의 하나의 점을 알고, 그 점에서 면에 대한 법선 벡터(Normal vector)를 알면 면을 정의할 수 있다. (2) 벡터 연산으로 면 정의하기 벡터 연산만으로 면을 정의하기 위해서는 일직선 상에 놓여있지 않은 서로 다른 점 세 개의 점이라는 준비물이 필요하다. 위의 이미지에서처럼 3d 공간상에 일직선상에 놓여 있지 않는 서로 다른 세 개의 점을 그래스호퍼에서 만들었다. 우리의 목표가 하나의 점에서의 법선 벡터를 만드는..

4) Function of the facade summary So far, we've looked at the role of the facade. To summarize, the facade's functions can be divided into two main types. The first was a functional role communicating with the external environment and the second was a design role. Again, the functional role can be divided into two detailed divisions. It was blocking or introducing the external environment. Final..