Wednesday, 23 April 2008

@cepp

(n)Plus magic surface


(n)Plus magic surface

Tuesday, 8 April 2008

@cepp

(n)Plus magic surface



(n)Plus magic surface

Monday, 7 April 2008

@cepp

(n)Plus magic surface

@cepp

(n)Plus Subdivision Gradients



@cepp

(n)
Plus Radial Series


This series shows the ambition to develop radial multiplied housingunits .
The main focus was a mixture between surface - smoothness and
surface - singularities.














@cepp

(n)Plus Wrap Surface


@cepp
IASS 2007 Publication


@cepp
and the begin of the (n)Plus Series


(n)Plus Tower

Idea:

The first investigations for the (n)Plus Project was the analysis of a series of curtainwalls by the Austrian born architect Erwin Hauer. Based on this research a new series of much more advanced surfaces was created.

Topics:

Variation of the perforationsize.
Gradual growth of the interweaving-technique.
Visual Effects.


One of Hauer´s system was made of two layers that never touches each other. By following that idea one layer of the two layered system was transformed into a massive supporting shell whilst the other layer becomes a semitransparent BrieSoleil.
Based on that idea a series of different facade configurations had been generated.
The main focus was to create multi readable and interpretable facade-configurations with
latend embedded „Gestalt“ properties.

The main Topic is a highest possible noticeability of this visual „high-end“ effects. Again towerstructures are the typological agenda. (n)Plus is the next project of a series of different
tower design studies i did the last two years. It should fill the gap of a lost discussion about more
virtuality and associativeness in highrising buildings.

Site:

Depending on the urban surrounding of the Olympic Park the (n)Plus Tower is a massive veritical slab of 200m. It is a landmark at the edge of the Olympic Park and Stratford´s urban fabric and should also cover StratfordInternational Station.


TowerLogic:

(n)Plus Tower is organized in vertical shopping and office use, and consists of two main surfaces for the great shape and a core.

Both surfaces are populated by the binary tiling system my research was about. The outer surfaces were both split into two peaces, which pulls away from each other to create a second Gestalt- figure.
The smaler peaces are also devided in two different gestaltgebende peaces. This edges should be visually articulated within the binary tiling pattern.