AAVS Shanghai 2018_Unit3_Team 3

Urban Intel_Building Scale AA Visiting School Shanghai July 2018

with China 3D Printing Cultural Museum Han liguang , Tang Xiaojie , Lin Yu , Wang Xiao & Gong Tianze

Urban Intel Building scale

Augumented (Urban) Reality

Introduction

In those interations, I use the points which sales man walk travel by to generate different forms. LIke the first one, the slab could potentially be the plazas in the sky. The second one could be mini office boxes.

And the third one could be residential programs which have good light condition.

SLAB

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Han liguang , Tang Xiaojie , Lin Yu , Wang Xiao & Gong Tianze

STRIPE

2-WAY

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 2 /20

Urban Intel Description

Augumented (Urban) Reality

1.Grid Box

2.Sales Man Walk

3.Pipe

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Han liguang , Tang Xiaojie , Lin Yu , Wang Xiao & Gong Tianze

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 3 /20

Urban Intel Building scale

Augumented (Urban) Reality

Introduction

With the rapid growth of the global population, the capacitiy of normal-scale residential skyscrapers will be far from the amount people need. So in the future, here will come the super density skyscraper. The Structure form of this kind of skyscrapers will be generated based on the individual need with several pipe-like standard components. To reponse to the increasing population, this kind of skyscraper will never stop growing in order to increase the capacity.

Protype 1 By XIaojie Tang Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 4 /20

Urban Intel Building scale

Augumented (Urban) Reality

Introduction

There will be various comination of the component connected to statisfy different need of different people, which change the rigid form of the normal skyscrapers but at same time sitll retain the sufficient usage of the space. In additional, with the new technology, the elevator will move both horizantally and vertically, so the elevators can also be pipe like to reach every corner of the skyscraper.So its a skyscraper with no core.

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 5 /20

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Han liguang , Tang Xiaojie , Lin Yu , Wang Xiao & Gong Tianze

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 6 /20

Urban Intel Building scale

Augumented (Urban) Reality

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1.Grid Box

2.Density Control

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

3.Sub Divide

4.Pipe

5.Volume

6.Combine

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 7 /20

Urban Intel Building scale

Augumented (Urban) Reality

Introduction

In order to generate more architecture elements with the Sales Man Walk. The Curves Controling the density if the unit box are used in this iteration. Also The extruded volume is generated from the saleman walk., making some solid Space.

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 8 /20

Urban Intel Building scale

Augumented (Urban) Reality

Introduction

In order to generate more architecture elements with the Sales Man Walk. The Curves Controling the density if the unit box are used in this iteration. Also The extruded volume is generated from the saleman walk., making some solid Space.

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 9 /20

Urban Intel Building scale

Augumented (Urban) Reality

Introduction With this method, I get back to the original Iterations, I generated it with both pipe and volume..

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 10 /20

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 11 /20

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 12 /20

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 13 /20

Urban Intel Building scale

Augumented (Urban) Reality

Introduction

img) Cloud, by SoomeenHahm Design, Dec 2016 Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture | Han liguang , Tang Xiaojie, Lin Yu, Wang Xiao, and Gong Tianze

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 14 /20

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 15 /20

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 16 /20

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 17 /20

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 18 /20

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 19 /20

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 20 /20

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 21 /29

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 22 /29

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 23 /29

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 24 /29

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 25 /29

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 26 /29

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 27 /29

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 28 /29

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 29 /29

Urban Intel Building scale

unit topviews

Augumented (Urban) Reality

Introduction

The idea is to create something that can develop larger in scale by duplicating, rotating, stacking, and combining. The design develops from single pipe units that were generated from Grasshopper. Then, single pipe units goes around a specific pipe axis and are rotated by 90 degree each time. By this, single units are gathered and larger clusters are created.

These pipe clusters have been seen as structure, which are later fixed with architectural elements like slabs and ramps. these slabs and ramps transform and duplicate by exactly the same way of those pipe units.

unit perspectives

finally, more clusters are combined with each other. one becomes central podium that connecting other towers. the towers can grow higher in the future by rotating, lifting, rotating, lifting these units over and over again if necessary. They will form small groups at the beginning and a giant tower network in the end. which will be a possible direction for future city to develop.

cluster topviews

cluster perspectives

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 30 /40

Urban Intel Building scale

unit topviews

Augumented (Urban) Reality

Introduction

unit perspectives

cluster topviews

cluster perspectives

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 31 /40

pipe units with slabs and ramps 1

pipe units with slabs and ramps 2

pipe units with slabs and ramps 4

pipe units with slabs and ramps 5

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

pipe units with slabs and ramps 3

pipe units with slabs and ramps 6

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 32 /40

pipe clusters with slabs and ramps 1

pipe clusters with slabs and ramps 2

pipe clusters with slabs and ramps 4

pipe clusters with slabs and ramps 5

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

pipe clusters with slabs and ramps 3

pipe clusters with slabs and ramps 6

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 33 /40

2 towers group developing from 3 pipe clusters

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

1 towers group developing from 2 pipe clusters

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 34 /40

3 towers group developing from 3 pipe clusters

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

3 towers group developing from 3 pipe clusters

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 35 /40

3 towers group developing from 3according pipe clusters 3 The towers group before developing tower group keeps growing to the pipe prototype

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

3 from 3 pipe clusters 3 towers towers group group developing after developing

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 36 /40

8 towers topview

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 38 /40

3 towers group developing from 3 pipe clusters

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 39 /40

3 towers group developing from 3 pipe clusters

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 40 /40

Urban Intel Building scale

Augumented (Urban) Reality

Introduction

The first tower is designed through mirror the pipes parts and combine the outcome with the main building (tower) part which group with simple straight pipes as main architectural space. This building is similar as the normal residencial building. But have more modalities of open space. In bustling city, the old style apartment can not satify residentsʼ increasingly quailty of life. The new form with simple logic may be a brand new type of architectural lanuage to attract resident and please them.

In second tower design, I focus on the facde design by siple pipe elements. Buildingʼs facde usually can decide the first impression and building cost. A modularized stacking can be a vaild and cheaper way to achieve a fancy building in the city. I also control the change of desity on facade design. Which makes the whole office building orderly but flexible. When testing this model, I consiider use a continous connection in vertical way. The balconies part aslo connect the upfloorʼs slab.

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 41 /56

Urban Intel Building scale

Augumented (Urban) Reality

Introduction

Future building in city will be growing in every stage. The façade of building may be more abstract and developable but in simple logi-cal.

In this design, I started to use the forming surface to control the grid.

Then I use the random way to find the gridʼs points around the surface to build a new complex pipe surface system. The new system also uses the method of repeat as before to highlight the horizontal language, meanwhile, it also works to combine the slab edges. The vertical and horizontal pipes will not only be new out-side connections, but also the balconies and new eco facilities.

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 42 /56

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 43 /56

Urban Intel Building scale

Augumented (Urban) Reality

Grid

Affect CRV

New Grid 01

New Grid 02

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

Shortest Way

Structure Pipe

Space esclosure

Composite System

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 44 /56

Urban Intel Building scale

Augumented (Urban) Reality

Structure Pipe

Space esclosure

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

Composite System

Composite System

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 45 /56

Urban Intel Building scale

Augumented (Urban) Reality

Original Grid

Botton Extrude

New Grid

Affect CRV

New Grid 01

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

Space

New Grid 02

Structure Pipe

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 46 /56

Urban Intel Building scale

Augumented (Urban) Reality

Original Grid

Mid Extrude

New Grid

Affect CRV

New Grid 01

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

Space

New Grid 02

Structure Pipe

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 47 /56

Urban Intel Building scale

Augumented (Urban) Reality

Original Grid

Top Extrude

New Grid

Affect CRV

New Grid 01

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

Space

New Grid 02

Structure Pipe

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 48 /56

Urban Intel Building scale

Augumented (Urban) Reality

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 49 /56

Urban Intel Building scale

Augumented (Urban) Reality

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2018 Urban Intel | China 3D Printing Cultural Museum 50 /56

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 51 /56

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 52 /56

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 53 /56

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 55 /56

Unit 3 Augmented (Urban) Reality | Soomeen HAHM & Igor Pantic & Wenqian Yang Architecture Scale | Xiaojie Tang , Liguang Han, Lin yu, Xiao Wang, Tianze Gong

AA VS Shanghai 2017 City Smart | China 3D Printing Cultural Museum 56 /56