Production & Parts - Gijs Loomans · Production & Parts Gijs Loomans id0826555 Assignment 1 The ﬁ...

Production & Parts

Gijs Loomans id0826555

Assignment 211-06-13

Table of Contents

2Production & Parts Gijs Loomans id0826555

Assignment 1 3 Extension of workshop 4 The design 5 Acknowledgments 6 Drawings 7 Floorplan 1:50 8 Section A-A 1:50 9 Section B-B 1:50 10 Section C-C 1:50 11 South Elevation 1:50 12 East Elevation 1:50 13 North Elevation 1:50 14 Aansnede (1) 1:20 15 Aansnede (2) 1:20 16 Detail H-1 1:5 17 Detail V-1 1:5 18


Assignment 1

The fi rst assignment of Production and Parts I conducted together with Geert-Jan Stoop. We recreated a detail from a building by Steven Holl on a scale 1 to 1. The building we chose was the Pavilion at the Sarphatistraat in Amsterdam. We had chosen this building because the detailing of the building had a major impact on the look and concept of the design. Steven Holl is well known for his ability to combine light and space with a great sense of the context. He uses the unique qualities of every project to create a conceptual driven design. Holl is specialised in the seamless integration of new projects in a cultural of historical context. The offi ce building at the Sarphatistraat has clear windows and windows which are translucent. The different windows create an interesting effect inside during the day. At night the building get’s another look. Some parts are made translucent by placing parts of the facade in front of the windows. This is why we built a part of the building which shows a clear and a translucent window.The piece Patterns in a Chromatic Field by Morton Feldman inspired Steven Holl when he designed this building. He created a sponge which is cut and rearranged. The facade is a recognisable feature of this offi ce building. The box-shaped extension forms a big contrast to the original building. Steven Holl designed this contrast to bridge the distance between past and future. The facade consists of surfaces which are made out of coper-plating with perforations. The interior is made out of perforated MDF. The usage of perforated plating is a feature Steven Holl uses in many of his designs. In the detailing of the pavilion we noticed that the light had great effect to the design. He clearly uses the concept of light in his detailing, for example the usage of perforations, and that is part of what I want to bring back in assignment 2.


Extension of workshop

In the second assignment of Production and Parts I chose to design an exhibition- storageroom as extension to the workshop in the Vertigo building. While working on assignment 1 of Production and Parts, I was able to experience what the pros and cons were of working in the workshop in Vertigo. Especially when you have to work on such a large scale detail of Production and Parts. I fi nd that the workshop itself needs no improvement, because the workshop is equipped with numerous features. There are enough desks for students and the mechanical workshops and similar tools are easy to use. The only problem we experienced during Production and Parts fi rst assignment was to store the details and the exhibition room for the details. We have fi nally chosen to place our detail in the adjacent Matrix building. Here we assembled all the components on our detail. In the Matrix building was a space available for storage of the details, but since most of the details were wider than 1 meter they could not walk through the doors for transporting to the Vertigo workshop. So some groups were forced to leave the details throughout the process in the Matrix building untill the exhibition at fl oor 1 in Vertigo. My conclusion to this was to design also a storageroom. A seperate exhibition room for Production and Parts also seems to me as a strong addition. What was unfortunate was that the exhibition lasted but 2 weeks. There was put lots of work and money in the details, but above all the details were just very interesting to study. I think it is interesting for many students in the faculty who passes by and just watch at the details. The exhibition room I design for Production and Parts will be available for the entire academic year, and the details have to be cleared when the new course Production and Parts in the next year will be given. During the fi rst assignment the room is then used as storage and after completion of the details, the room will be used as exhibition for Production and Parts. The extension for the workshop of Vertigo I also designed to be a pavilion, as Steven Holl did in Amsterdam. The function of this expansion is exhibition- and storage room. As exhibiton room it is especially usefull when people walk through the room, so they may see the details. I have therefore chosen to situate the extension to the location of the walkway bridge that connects the Matrix with Vertigo. In this way the walkway bridge is partially integrated into the pavilion where people can look down at the details from the bridge in the pavilion.


The design

In the design of the exhibition- storageroom I have tried to use as many aspect from Steven Holl’s design. The appearance of the pavilion I gave, just like in Amsterdam, such a contrast to the corresponding existing building. Given that the Vertigo building itself has the greenisch copper color, I chose to use a strong contrasting material wich repels the green Vertigo building. That’s why I chose to work with corten steel. The pavilion will form a cube, were it’s plan refers to the identical places in the courtyard between the Vertigo building and the Matrix building. Those places are also made with corten steel. In this way it appears that the pavilion is been picked up in the opposite direction out from the terrain. Light is an important concept in the designs of Steven Holl. I really want this element to come back strongly in my design. De facade is divided with several cone-shaped wall openings. The depths of those wall openings are perforated, making colored light shine through at night. This creates the same effect as Steven Holl created in Amsteram. In this way Steven Holl illustrated his inspiration from the piece “Patterns in a Chromatic Field”. On the north side of the pavilion is a similar pond built as in front of the main building of the TU/e. This pond will have to create a similar effect as the canals in Amsterdam. The colored lighted pavilion will be refl ected in the water. On the inner side of the pavilion the walls are fully closed with frozen u-shaped glass panels. During the day the circular wall openings will project a pattern on the inside of the glass wall through the translucent sunlight. This will create a special light effect inside the pavilion. When its dark at night, these interior glass walls wil be lighten by clear bright white light beams. This light effect was used by Steven Holl for example in the Nelson Atkins Museum.

Heithoff, M. Steven Holl n.d. [image online] Available at: https://cercle.upc.edu/review/005.-november-2010 [Accessed 11 June 2013].

Heithoff, M. Steven Holl n.d. [image online] Available at: http://www.nelson-atkins.org/art/HistNewNA_Architect.cfm [Accessed 11 June 2013].


Acknowledgment

Schittich, C., Lang, W. and Krippner, R. 2006. In detail building skins. Basel: Birkhaeuser

Frampton, K. 2003. Steven Holl architect. Milano: Electa

Steven Holl Architects [online] Available at: www.stevenholl.com [Accessed 9 June 2013].

Nelson Atkins Museum [online] Available at http://www.nelson-atkins.org [Accessed 10 June 2013]

Archdaily, 2012. Steven Holl interview [online] Available at: www.archdaily.com/269251 [Accessed 11 June 2013]

Photo’s and sketches are made by own hand


Drawings

Next pages will show the following drawings:Floorplan 1:50 Section A-A 1:50 Section B-B 1:50 Section C-C 1:50 South Elevation 1:50 East Elevation 1:50 North Elevation 1:50 Aansnede (1) 1:20 Aansnede (2) 1:20 Detail H-1 1:5 Detail V-1 1:5

AA

Exhibition/ Storageroom

Production & Parts

12.100

750 300 9.508 300 750

2.500

246 246

B B

Vertigo T

U/e

Workshop

hwa

hwa

12

.1

00

75

03

00

24

6

9.5

08

24

6

30

07

50

21

20

3.8

50

2.9

00

3.8

50

3.7

00

3.2

00

3.7

00

75

07

50

1.8

10

62

05

65

CC

Wall construction:

corten-steel cassette facadesystem

4mm thick

layer of bitumen

Foamglas insulation 100mm thick

seal up with bitumens

reinforced concrete wall 300mm thick

Pilkington Profilit U-shaped frosted glass

H-1

Designed by Gijs Loomans

F L O O R P L A N 1 : 5 0

Walkway

bridge


E A S T E L E V A T I O N 1 : 5 0


N O R T H E L E V A T I O N 1 : 5 0


S O U T H E L E V A T I O N 1 : 5 0

PEIL=0

10.060+P

9.450+P

5.000+P

900-P

1.0

86

Wall construction:


4mm thick

layer of bitumen



reinforced concrete wall 300mm thick

Pilkington Profilit U-shaped frosted glass

Roof construction:

layer of bitumen roof covering



reinforced concrete roof floor

285mm thick

spruce beams 46x66mm

spruce strips 20x26mm

plasterboard 12mm

plasterwork 10mm

Floor construction:

densified sand layer

plastic film



reinforced concrete floor

120mm thick

finished floor 50mm thick

new pond

V-1


S E C T I O N A - A 1 : 5 0

Exhibition/ Storageroom

Production & Parts

PEIL=0

10.060+P

9.450+P

5.000+P

900-P

4.337+P

7.520+P

walkway bridge

4.3

37

2.5

20

4.0

57

Floor construction:


plastic film




120mm thick


Roof construction:




reinforced concrete roof floor 285mm thick



plasterboard 12mm

plasterwork 10mm


S E C T I O N B - B 1 : 5 0

Vertigo TU/e

Basement

4.3

37

66

32

.5

20


S E C T I O N C - C 1 : 5 0

Vertigo TU/e

Basement

PEIL=0

9.057+P

9.450+P

5.000+P

900-P

10.060+P

9.750+P

50

60

01

00

30

01

92

54

1.2

96

Wall construction:

corten-steel cassette

facadesystem 4mm thick

EPDM

insulation (naderinvullen!!!!)

100mm thick

reinforced concrete wall

300mm thick

Pilkington Profilit U-shaped

frosted glass

Pilkington Profilit

double U-shaped frosted glazing

conducted with translucent

thermal insulation

Glass door:

laminated HR++ glass

conducted in frosted glass

composed steel construction

for the benefit of the U-glass

and the glass door

T-steel bracket 100x100x11mm

for attaching facade cassettes

Roof construction:





285mm thick



plasterboard 12mm

plasterwork 10mm

Linear illumination beam

LEDLine LED-lightning

length of 1500mm

fitted with white light



length of 1500mm


perforated corten steel cassettes

laminated walkable glass


with antislip coating

mounted on rubber frameworks

and silicone paste

structure banister:

laminated frosted glazing

steel tubes in benefit of the

construction


Floor construction:


plastic film




120mm thick


freestone sill with floor spring

for the benefit of punchdoor

top plate for punch door

steel beam IPE500


for the benefit of the glass door

and the corten steel cassettes


for the benefit of the glass door

and the corten steel cassettes


steel beam IPE500



length of 1500mm


Roof construction:

EPDM roof covering

underlayment panels 18mm thick




plasterboard 12mm

plasterwork 10mm

4.3

37

2.5

20

4.05

7

door handles

removable strip for the benefit

of replacing the glass door

Cone-shaped perforated

wall openings

perforations Ø25mm

Reynaers System 68

aluminum window frame

with frosted double glazing

Chink sealing



Glass door:



A A N S N E D E (1) 1 : 2 0

PEIL=0

9.057+P

9.450+P

4.560+P

900-P

10.060+P

9.750+P

50

20

1.98

02

0varia

ble

20

1.5

00

20

va

riab

le

20

1.9

80

20

2.0

23

50

60

01

00

30

01

92

54

1.2

96

1.2

90

Wall construction:



layer of bitumen

Foamglas insulation 100mm

thick



300mm thick


frosted glass



length of 1500mm


Roof construction:


Foamglas insulation 100mm

thick



285mm thick



plasterboard 12mm

plasterwork 10mm



Spotlights


spots fitted with colored lights

around wall openings

Floor construction:


plastic film




120mm thick



wall openings

perforations Ø25mm

Reynaers System 68



Reinforced concrete foundation

550x400mm

Chink sealing

Wall construction:



layer of bitumen




300mm thick


frosted glass


wall openings

perforations Ø25mm

Reynaers System 68



A A N S N E D E (2) 1 : 2 0

Wall construction:


4mm thick

layer of bitumen

Foamglas insulation seal up with bitumens

100mm thick


300mm thick

Pilkington Profilit U-shaped tranclucent glass

Reynaers System 68



chink sealing


wall openings

perforations Ø25mm

plywood mounting frame

thick 18mm

Spotlights


spots fitted with colored lights

around wall openings



675 25 59 291

va

ria

ble

7

5

°

4 46 600 100 300 192 54

1.296


D E T A I L V - 1 1 : 5

4 46 600 100 300 192 54

1.296

246411.009




for the benefit of the U-glass

and the glass door

steel construction galvanized

and powder coated in RAL 9001

welded bolt for attaching steel strip

meranti wood part

chink sealing

166 80

80

15



length of 1500mm


Glass door:



Wall construction:


4mm thick

layer of bitumen

Foamglas insulation seal up with bitumens

100mm thick


300mm thick

Pilkington Profilit U-shaped tranclucent glass


D E T A I L H - 1 1 : 5

Production & Parts - Gijs Loomans · Production & Parts Gijs Loomans id0826555 Assignment 1 The ﬁ...

Documents

Transcript of Production & Parts - Gijs Loomans · Production & Parts Gijs Loomans id0826555 Assignment 1 The ﬁ...