Capella Singapore by Foster + Partners
Here is a photo of Capella Singapore in Singapore, Singapore (2003-2009) by Foster + Partners, photographed by parameters75.
from A Daily Dose of Architecture by
Etiketter: miscellanous
Learning from the bridges of the great water town of ZhuJiaJiao, or those from the delicate gardens in Suzhou, we decided to link both sides of the 50 meters wide river with a bent path. The bent axis responds to different access conditions and visually adapts to the surroundings. Our strategy of borrowing from local historical references and other variables of the site, together with the objective of revealing the structural performance of the bridge, will generate the final form of the project.
In a perfect world we’d all be getting back to our zero energy, prefabricated homes by foot, bike or public transport, but on a planet where cars won’t be disappearing anytime soon, it’s nice to know that some car companies are trying to reduce their carbon footprint when producing new vehicles. In 2003 BMW set out a design competition for a new building and distribution center located in Munich, Germany. The results were more than grand; not only is the new BMW Welt aesthetically pleasing with its sinuous curves and gleaming façade, but it was also consciously designed to save energy in its production of cars through efficient solar heating and natural ventilation systems.
The key notion of the architectural strategy is the location’s natural features and the use of a limited material palette. The project is situated in an old “culturscape” and special attention is paid to integrate it into its surroundings. The design is based on simple geometrical prisms, lines and slabs composed into a complex lay-out of rooms and functions. Critical functions and lines of communication are emphasised and the building expresses a balance of functional efficiency and open perspectives.
from Arch Daily by Nico Saieh
Etiketter: educationSoftware: Grasshopper in Rhino 4
Description: In this Grasshopper video, we will create a parametric truss system by generating and manipulating components and instantiating them onto a lofted geometry. We will start by creating our components from a surface using such features as List Items and Offset. From there, we will continue by subdividing a lofted geometry and then instantiate our parametric components across that surface, creating a marameterized truss system.
Dutch architects LAM have completed a sustainable giraffe enclosure for Rotterdam Zoo, which opens next week. (more…)