High detailed 3d building.
Previews were rendered with vray mat and light.
The file has all lightning setup and texturing; multi layer photoshop PSD file included
The facades of a building reflect the style of the building. At the beginning of the 20th-century architects preferred to leave poles or other functional structures clearly visible, showing the mastery of the technique. For example, powerful and spaced poles showed control of enormous efforts. Color was also used to highlight some parts of the building to the detriment of others. At that time metal and stone were the main materials used for the cladding of facades, then came ceramics for lighter shades and bronze alloys (used for example on the Seagram built-in 1958 in New York) allowing effects shimmer. Subsequently, the structural elements were concealed and the facades were covered with smooth and uniform coatings, made of glass and aluminum, designed by lamination to be good insulators and up to create light effects depending on the position of the Sun.
The tallest skyscrapers do not have a central core of reinforced concrete, the reason is the lack of flexibility of this type of material. It is necessary to have a minimum of elasticity allowing the buildings of this dimension to absorb the vibrations without breaking, which is provided inter alia by the metallic materials. Seismic tests are performed during construction to validate the choice of structure. One of the main tests is the creation of a model up to 10m in height and undergoing all kinds of seismic simulations. Note that the installation of a ball on a skyscraper is intended to capture the vibrations in case of an earthquake. The tall, mushroom-like buildings that are larger than 100m in the world, create an interaction between the mountain ranges that are part of the terrestrial ecosystem. They put the planet in a state of imbalance, causing tsunamis and earthquakes. They promote urban densification and against urban sprawl.
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