AR423 Building construction and technology

Faculty of Engineering, Technology & Built Environment School of Architecture & Built Environment JULY – NOV 2021

Assignment 1 : Exhibition Display Assembly

Course

code and name: AR 423 Building construction & technology 4 Prepared for : Mr Chan Chiew Chuen & Mr Ahmad Fahmi Zainazlan Prepared by : Sabaahat Shaheed Mohamed Iqbal Student ID: 1001956821 Date: Wednesday 8th September 2021

Table of content

Introduction

Introduction.............................................................................................................2

Rather than depending only on a (2D) two-dimensional collection of drawings, architectural concepts and design thinking must be experienced via the construction drawings.

Part 1: Technical and Detail drawings..................................................................3 Plans Elevations Sections Part 2: Axonometric & Exploded Axonometric....................................................4 Exploded axonometric with specifications Axonometric of details with specifications Part 3: Axonometric Sectional Detail....................................................................5 Joineries

This project teaches us on the research and creation where it enhances our building knowledge and comprehension. Apart from designing and showcasing the ideas we are able to look at the elements more by learning the assembly technique of Architectural models and the technical drawings.

This project allows us to learn to examine the structural system's compatibility with the design form and demonstrate sophisticated structural assembly methods. Architectural designs and specifications are used to construct structures.

This assignment is intergrated with Architecture Design 4 module. It combines of the technical drawings and detailed drawings of the pavilion designed in design studio 4 project.

References...............................................................................................................5

2

Part 1- GA drawings a

4

b

1400

c

A 3500

7500 2000

4000

1600

a

d

2500

3

4

150mm thick Reinforced concrete floor slab

2000

B

1

5 10

50

2500

ECC Concrete colum with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail

2000

B

B 900mm high reinforced concrete staircase with 160mm riser to engineer's detail ECC concrete railing with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail

4300 1600

2300

12mm thick pine wood cedar with double battens as support with a smoothened surface 150mm thick timber floor slab with 3.5 by 42mm screws, timber battens, timber joists with spacing to Engineer's detail

2

4000

1600

150mm thick Reinforced concrete floor slab

ECC concrete railing with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail

1300

2000

3

900mm high reinforced concrete staircase with 160mm riser to engineer's detail

2300

7500

3500

d

1400

B 4300 1600

c

A

1400

ECC Concrete colum with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail

1400

b

12mm thick pine wood cedar with double battens as support with a smoothened surface 150mm thick timber floor slab with 3.5 by 42mm screws, timber battens, timber joists with spacing to Engineer's detail

1300

1

2

5 10

100

50

100

GROUND FLOOR PLAN

FIRST FLOOR PLAN

5 10

A

A

a

b

7500

Railing +3900

750

a

d

c

1100

5650

ECC concrete railing with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail

900

Level 1 +3000

150mm thick timber floor slab with 3.5 by 42mm screws, timber battens, timber joists with spacing to Engineer's detail

750

5 10

50

100

150mm thick Reinforced concrete floor slab 3*3 piled raft with 2550mm length and 28.4mm spacing

d

1100

ECC concrete railing with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail 150mm thick timber floor slab with 3.5 by 42mm screws, timber battens, timber joists with spacing to Engineer's detail

Level 1 +3000

c

a

b

5 10

50

100

750

ECC concrete railing with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail 150mm thick timber floor slab with 3.5 by 42mm screws, timber battens, timber joists with spacing to Engineer's detail

Level 1 +3000

ECC Concrete colum with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail

3900

3000

12mm thick pine wood cedar with double battens as support with a smoothened surface

150mm thick Reinforced concrete floor slab

5600

900

3000

Ground level 0

1100

Railing +3900

ECC Concrete colum with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail

3900

900mm high reinforced concrete staircase with 160mm riser to engineer's detail Ground level 0

100

7450

5650

900

12mm thick pine wood cedar with double battens as support with a smoothened surface

3000

d

c 7500

Railing +3900

ECC Concrete colum with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail

3900

b

50

AXONOMETRIC

12mm thick pine wood cedar with double battens as support with a smoothened surface

150mm thick Reinforced concrete floor slab

Ground level 0 5 10

WEST ELEVATION

50

100

EAST ELEVATION

SECTION B:B

4

1 2

4

1 2

3

3

4300 2000

2300

Railing +3900

2

3

4300

4

1

100

Level 1 +3000

ECC concrete railing with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail 150mm thick timber floor slab with 3.5 by 42mm screws, timber battens, timber joists with spacing to Engineer's detail

100

ECC concrete railing with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail

Level 1 +3000

150mm thick timber floor slab with 3.5 by 42mm screws, timber battens, timber joists with spacing to Engineer's detail

3000

Ground level 0 5 10

SECTION A:A

50

100

3*3 piled raft with 2550mm length and 28.4mm spacing

150mm thick Reinforced concrete floor slab

Ground level 0 5 10

50

2000

100

100

900

ECC concrete railing with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail 150mm thick timber floor slab with 3.5 by 42mm screws, timber battens, timber joists with spacing to Engineer's detail

Level 1 +3000

ECC Concrete colum with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail

3900

12mm thick pine wood cedar with double battens as support with a smoothened surface

3000

ECC Concrete colum with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail

900mm high reinforced concrete staircase with 160mm riser to engineer's detail 150mm thick Reinforced concrete floor slab

2300

Railing +3900

12mm thick pine wood cedar with double battens as support with a smoothened surface

3900

12mm thick pine wood cedar with double battens as support with a smoothened surface

3000

2000

100

900

ECC Concrete colum with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail

3900

2300

Railing +3900

4300

900mm high reinforced concrete staircase with 160mm riser to engineer's detail 150mm thick Reinforced concrete floor slab

Ground level 0

100 5 10

SOUTH ELEVATION

50

100

NORTH ELEVATION

UNIVERSITY:

COURSE: AR423 BUILDING CONSTRUCTION AND TECHNOLOGY 4

PROJECT TITLE:

GROUP MEMBERS NAME:

STUDENT ID:

PROJECT 1

SABAAHAT SHAHEED MOHAMED IQBAL

1001956821

DRAWING TITLE:

REX:

DATE:

DESCRIPTION:

WORKING DRAWINGS

352'8&(' %< 6$%$$+$7 6+$+((' 02+$0(' ,4%$/

CHECKED BY:

'$7( 08/09/2021

6&$/( 1:50

3

Part 2 A

ECC concrete railing with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail

SPECIFICATIONS LIST 2

1

1 ECC concrete railing with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail

1

2 150mm thick timber floor slab with 3.5 by 42mm screws, timber battens, timber joists with spacing to Engineer's detail 3 ECC Concrete colum with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail

ECC concrete railing with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail

6

4 12mm thick pine wood cedar cladding with double battens as support with a smoothened surface

5

3

5 900mm high reinforced concrete staircase with 160mm riser to engineer's detail 6 150mm thick Reinforced concrete floor slab

B 4

5 10

50

100

AXONOMETRIC Scale: 1:50

150mm thick timber floor slab with 3.5 by 42mm screws, timber battens, timber joists with spacing to Engineer's detail

Detail A Scale: 1:10

7 Angle to stringer to arch's detail 8 25mm nosing 9 150mm thick Reinforced concrete floor slab to engineer's detail 10 75mm by 75mm by 6.35mm cont btwn stringers with 16mm anchor size by 254mm anchor length kwik bolt TZ wedge anchor 11 Timber battens to manufacturer's detail 12 Ceiling board 13 3.5 by 4.2mm screws 14 Blocking spacing to Engineer's detail

ECC Concrete colum with fibre reinforcements, slick coating, fine sand and super plasticizer to engineers detail

15 Deck board 16 Timber joist to Manufacturer's detail

12mm thick pine wood cedar cladding with double battens as support with a smoothened surface

17 Timber blocking to manufacturer's detail

8

7

100

18 Joist spacing to Engineer's detail 9 10

19 12mm thick pine wood cedar to Engineer's detail 20 150mm thick ECC column 21 3.1mm diameter, 50mm long Clad-Tite

900mm high reinforced concrete staircase with 160mm riser to engineer's detail

Detail C Scale: 1:10

Detail B Scale: 1:10 19 20

15

11

12 12 13

5 10

50

17 14

150mm thick Reinforced concrete floor slab

21

16

18

100

EXPLODED AXONOMETRIC Scale: 1:30

UNIVERSITY:

COURSE: AR423 BUILDING CONSTRUCTION AND TECHNOLOGY 4

PROJECT TITLE:

GROUP MEMBERS NAME:

STUDENT ID:

PROJECT 1

SABAAHAT SHAHEED MOHAMED IQBAL

1001956821

DRAWING TITLE:

REX:

DATE:

DESCRIPTION:

EXPLODED AXONOMETRIC (1:30) & DETAIL DRAWINGS (1:5 OR 1:2) PRODUCED BY: SABAAHAT SHAHEED MOHAMED IQBAL

CHECKED BY:

'$7( 08/09/2021

6&$/( AS SHOWN

4

References Ravi. (2019, October 24). What is bendable concrete??? Concrete Civil Engineering. https://concretecivil.com/what-is-bendable-concrete/. file:///C:/Users/Sabahat/Downloads/Detail%20in%20contemporary%20concrete%20architecture%20(%20PDFDrive%20).pdf Inc., H. (n.d.). Kwik bolt TZ WEDGE ANCHOR. Wedge Anchors - Hilti USA.https://www.hilti.com/c/CLS_FASTENER_7135/CLS_WEDGE_ANCHORS_7135/r6281.

Clad-Tite. (n.d.). Retrieved from https://www.tdca.org.uk/media/3653/clad-tite_product_data_sheet.pdf

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