The Glass Cabin - House of Celebration

bachelor of design in architecture bdes2013_architectural technologies 2 architectural project by joshua thai 500495359 kate moss 500383230 tutor john poole

HOUSE OF CELEBRATION

THE GLASS CABIN

CONTENTS SITE ANALYSIS, ISSUES AND CONCERNS .......................................................................................................................................................................................................................................................................................... 2-3 ENVIRONMENTAL DESIGN SOLUTIONS AND STRATEGIES .............................................................................................................................................................................................................................................................. 4-5 CONSTRUCTION AND STRUCTURAL SYSTEMS AND ANALYSIS ...................................................................................................................................................................................................................................................... 6-7 EIGHT FUNDAMENTAL GREEN PRINCIPLES .......................................................................................................................................................................................................................................................................................... 8 PLANS AND SECTIONS ........................................................................................................................................................................................................................................................................................................................ 9-12

OVERVIEW

‘HOUSE OF CELEBRATION’ BRIEF:

DESIGN OBJECTIVES

‘Glass Cabin’ is an all ages building venue that can inhabit and withstand diverse functions in order to draw communities together for celebratory activities, producing a collective experience for those who wish to utilise the building.

To formulate a developed design for a ‘House of Celebration’ on Chinamans Beach, Mosman.

The ‘House of Celebration’ is to serve as a site for ceremonies and celebrations in our multicultural secular society, and will be used for such community and family rites of passage.

The proposed design aims to explore and solve the five important existing environmental design solutions by developing a scheme with the incorporation of environmental strategies and technological resolutions.

This report explores and delves into environmental design, construction and structural principles to analyse Chinamans Beach, along with Rosherville Reserve, in Mosman to identify key environmental issues, and develop a design proposal that responds to these specific concerns.

Middle Harbour is one of the most significant harbour and river edges, and is at the heart, life, and blood of Sydney.

The building is for both private and community functions and is to be considered an integral part of its surroundings and must not restrict public access.

The building achieves to become another catalyst to strengthen and encourage the importance of memorable celebrations, offering a new site for such festivities.

SITE ANALYSIS, ISSUES AND CONCERNS

EUCALYPTUS

LAUGHING KOOKABURRA

BLUE-TONGUE LIZARD

FLAX-LEAVED PAPERPARK

WEEPING WILLOW

PIED AND GREY BUTCHERBIRD

BUSHTAIL POSSUM

ACACIA

LONDON PLANE

LITTLE CORELLA

RINGTAIL POSSUM

MATERIALS CEMENT/ CONCRETE AND STONE STEEL/ IRON GLASS BRICK MARINE SANDS/ NATURAL SANDY LOAMS WOY WOY SOIL/ HAWKESBURY SANDSTONE

LOMANDRA

GENERAL NOTES CHEESE TREE

SKINK

NORFOLK ISLAND HIBISCUS

SPINIFEX

• Paperbark trees screen the onshore winds and some views from the harbour from within the reserve • Includes the last remaining natural dune system associated with a beach on sydney harbour • Optimal shade opportunities under trees along pathway and across reserve • Vegetation provide filtered privacy from residential housing nearby and more privacy from the beach.

INDIGENOUS HISTORY • Harbour and beach provided aboriginals with a wide range of flora and fauna from which they gained food and medicine, raw materials for tools, shelters, and weapons • Aboriginal activity was subject to seasonal change and cultural events • Shelters were located along the natural topographical axis of ridgelines, and on rocky foreshores of the harbour

SOUND SPOTS AND AREAS

MAIN NOISE POLLUTION • Rosherville Reserve, Mosman, is prone to major sound pollution predominantly sourced from Chinamans Beach and the nearby road and pedestrian activity.

• Minor sounds from visitors and residents walking dogs and participating with park activities, i.e. picnic, barbecue, recreational sports • Paths along the reserve serve as the entrance to the beach, allowing many to inevitably walk past the proposed ‘House of Celebration’

CIRCULATION AND ACTIVITY

MAIN CIRCULATION PATH MOVEMENT ACROSS SITE MAIN ACTIVITY SPOTS AND VISITOR DENSITY • Park reserve provides opportunities for people to visit and utilise the available site for recreational activities • Multiple circulation paths in and around concrete paths as well as parking spots at the entrance of the reserve up and down the road close to resident housing • Predominant activity during the holidays where families and kids utilise existig services i.e. Rosherville playground

SUN PATH

WIND DIRECTION NORTH EASTERLY WIND SOUTH WESTERLY WIND SOUTHERLY WIND

MONTH

CALM AT 8% • Predominant wind currents deriving from the north- easerly onshore winds • Trees and existing foliage filter some of the southerly and south easterly winds, which is aided by the natural topogrophy of the site

MONTH

SHADOW STUDIES

SUMMER 3PM SUMMER SOLSTICE DECEMBER 22 9AM

WIND ROSE (KM/H) 0 ≤ x < 10 10 ≤ x < 20 20 ≤ x < 30 30 ≤ x < 40 ≥ 40 CALM

AVERAGE MAXIMUM TEMPERATURE TEMPERATURE (°C)

• Harsh summer solstice penetrating eastern facade of toilet block • Existing trees provide shading around the site throughout the year • Foliage does not block the winter solstice, providing sunlight in the cooler months

AVERAGE MINIMUM TEMPERATURE TEMPERATURE (°C)

SUMMER SOLSTICE EQUINOX WINTER SOLSTICE

TEMPERATURE

WINTER SOLSTICE JUNE 21 9AM

SPRING EQUINOX SEPTEMBER 23 9AM

12PM

12PM

12PM

3PM

3PM

3PM

AUTUMN 3PM

WINTER 3PM

WATER

OCEAN AND OPEN WATER RUNOFFS/ DRAINAGE • Centred on a natural drainage valley and escarpment.

RAINFALL

RAINFALL (mm)

AVERAGE RAINFALL

MONTH

• Three principal drainage lines downslope into rosherville reserve and chinamans beach: i. North between Cyrprian St and James St across Mclean Cres ii. Warringah Rd across Kiora Ave iii. Hampden Rd across Kiroa Ave • Small stormwater outlet discharges runoff water into drains in north section of reserve • Chinamans beach provides protection to residents near the ocean by acting as a buffer against the high north easterly winds and waves of powerful storms for potential flooding • Beach offers views of Cobblers Bay and for water and beach activities for residential and tourist patrons

SPRING 3PM

Woy Woy soil Marine sands produced from Chinamans Beach

Hawkesbury Sandstone

• Rosherville Reserve holds A Class type soil with little to no ground movement from moisture changes, not reactive; and is mostly consisted of marine sands, natural sandy loams, woy woy soil and rock sites such as hawkesbury sandstone • Due to its close proximity Chinamans Beach, the site consists mainly of an earthy soil layer combined with sand and some clay • The topography of the proposed building location is predominantly flat with a slight decrease the closer it gets to the shoreline • Type A soil is cohesive and has a high unconfined compressive strength • Soil classification falls under coarse-grained soils with majority of sand, gravel and earth • A geotechnical engineer is required to determine the footing depth

ENVIRONMENTAL DESIGN SOLUTIONS AND STRATEGIES • Four metre ten degree pitched butterfly roof overhang on north- east facade of building provides shade against the harsh summer solstice

SOLAR STRATEGY

Morning 9am, winter solstice, large full height glazing provides full sunlight coverage throughout the rooms in the building, in particular the main function room. The building is heated and able to stay warm during winter, as well as being able to store this accumulated heat through its roof blanket, floor batting and SIP wall insulation, achieving thermal comfort within the building. The use of a black painted roof allows the building to absorb and retain some heat in the winter.

SOLAR STRATEGY

Morning 9am, summer solstice, large overhang blocks heavy harsh sunlight from entering the glazed windows, offering shade throughout the entire structure as well as protection on the external areas.

Louver placement on the south- east facade also filters out the main force of the sunlight. To avoid heat gain from the roof throughout the day, use of metal sheet cladding reflects the hot sunlight due to its low thermal mass properties.

• Most windows and openings are positioned on the north- east and south- west facade, maximising sunlight intake as well as offering ample views of Chinamans Beach and the Rosherville Reserve • Louvers arranged to south- east of building installed on the curved curtain wall system to combat the blazing heat and bright solar power throughout the year, predominantly in summer • No full height windows installed near the kitchen to minimise overheating but instead a high strip window placed along the kitchen and storeroom walls for ventilation and sunlight to enter

VENTILATION SUNLIGHT & SHADING

Butterfly roof overhang design shades the external decking and inside room from the harsh summer solstice during the day

• Elevated building is prone to wind drafts entering the underside, thus floor batting insulation is installed under the timber flooring to keep building comfortable in the winters

• Use of Structural Insulated Walls, a roof blanket, and floor insulation support the use of timber as a material and thus offer efficient thermal mass throughout the ‘House of Celebration’ • By elevating the building reduces the risk of flood and provides the most practical and cost- effective way to protect the building

SUNLIGHT AND SHADING

South- east facing adjustable vertical louver system to protect from the harsh summer sun and provide indoor cooling throughout the summer solstice

VALLEY GUTTER

Collects rainfall, keeps roofing from drainage blockages & leaks

• Building orientation faces north- east in order to make most of the suns warmth and SUNLIGHT AND SHADING natural light for main rooms such as the Use of full height glazing windows across the kitchen and large function space • Windows are able to slide open to allow cross ventilation during the hot summers

Full height sliding windows allow cross ventilated air to flow throughout the building, cooling the structure and users within through cool north easterly onshore winds in the summer

north and south facade, allowing sunlight to continuously penetrate inside during the cold winter solstice throughout the day

SUNLIGHT AND SHADING

High strip glazed windows for sunlight entry whilst providing a secured sense of privacy when in use

ORIENTATION

• North-east entry orientated building protected by large pine trees filtering strong north easterly onshore and cold souther westerly winds

SUNLIGHT AND SHADING Shadows produced at December 3pm during the winter solstice; shade throughout

• Full height glazing on the north-east facade enables the winter solstice sunlight to enter throughout the months • Four metre overhang at pitch angle of ten degrees blocks harsh sunlight from entering inside whilst also providing optimal shade for external deck and dining • House of Celebration positioned to block direct solar heat penetration into building

ORIENTATION

Extension of public bathrooms and storage room on the south- east side also provides a sense of privacy from nearby local residence as it blocks their view into the building

N

• External areas, front and back, is shaded by the shadows of nearby trees and large pitched overhangs, creating a comfortable common place for users

September 3pm, equinox, utilising the heliodon for shadow studies of proposed building design; sunlight entering through some openings

• Louvers on the far south- west of the building protect from excessive heat gain from the summer solstice; the most sunlight prone facade on the building

INSULATION

Roof blankets are an energy efficient insulator. They store hot air in the cooler months & stops indoors overheating in the warmer months

THERMAL MASS

Colourbond steel roofing has a low thermal mass. Solar radiation cools quickly off the roof in summer & can store heat in winter

INSULATION

EACH.rvt

Floor insulated batting system for timber flooring prevents drafts, heat loss, & will internally be thermally efficient.

VENTILATION

Elevated building and suspended timber flooring to reduce the risk of timber rot and to allow the humidity under the structure to be extracted

INSULATION

Use of structural insulated panel (SIP) walls to reduce thermal loss & keep maximum indoor cooling in summer and heating in winter.

June 3pm, winter solstice, sunlight is able to penetrate through via full height glazing in order to heat up the building in the afternoon

CONSTRUCTION AND STRUCTURAL SYSTEMS AND ANALYSIS STRUCTURAL SCHEDULE PRODUCT FINISH/TREATMENT Pressure Treated Hardwood Pressure treated F24 Timber Bearers

SIZE 300mm x 65mm

Pressure Treated Hardwood Timber Joists

Pressure treated F24

200mm x 45mm

2825mm and 3765mm (refer to drawing no.

T-005-003)

P1

Hardwood Glulam Timber Post

Pressure treated F24

150mm x 150mm

Refer to drawing no.

T-005-001

Timber

T1

Hardwood Timber Transom

Non- pressure treated

140mm x 140mm

Timber

R1

Hardwood Glulam Timber Rafter

Pressure treated F24

360mm x 60mm

4730mm and 4760mm (refer to drawing no.

T-005-004)

Timber

PL1

Hardwood Glulam Timber Purlins

Pressure treated F24

180mm x 45mm

1145mm

Timber

CL1

Timber Cleats

60mm thick

1145mm

Concrete

C1

Concrete Block Footing

430mm x 430mm

Refer to drawing no.

T-005-002 and T-005-004

GROUP Timber

CODE B1

Timber

J1

Timber

Cured concrete

Length determined by geotech engineer with AClass type sand/ soil

SPAN

450mm

CL1 Steel Roof Sheet Cladding

P1 Timber Purlins

R1 Timber Rafter P1 Timber Posts

Concrete

C2

Concrete Pier

Cured concrete

125mm x 125mm

Refer to drawing no.

T-005-002 and T-005-004

Metal

TB1

Steel Knee T-Brace

Induction heated galvanised

5mm thick

4730mm and 4760mm (refer to drawing no.

T-005-004)

Wall

W1

Structural insulated panel walls (SIP)

F1 Hardwood Timber Flooring L1 Vertical Louvers

120mm thick

GROUP Timber

CODE F1

CONSTRUCTURAL SCHEDULE PRODUCT FINISH/TREATMENT Hardwood Timber Interior Flooring Hardwax oil

Timber

D1

Softwood Timber Plank Decking

Wall

W2

Non- Loadbearing Stud Partition

Metal

CL1

Steel Roof Sheet Cladding

Zinc coated galvanised sheet

2mm thick

Metal

FR1

Aluminium Window Framing

Galvanised black powder coated

6.5mm thick

Metal

FR2

Double Glass Door frame

Galvanised black powder coated

1625mm x 2150mm

Metal

FR3

Full Height Sliding Window

Galvanised black powder coated

4450mm x 3300mm

Metal

L1

Aluminium Adjustable Louvers

Black powder coated

350mm x 60mm

Metal

R1

Aluminium Railing

Glazing

G1

Window Glass Panes

Double glazed tempered glass panes

Glazing

G2

Glass Balustrade

Tempered glass with degreased aluminium 20mm brackets/ holders

Insulation

I1

Roof Insulation Blanket

15mm thick

Insulation

I2

Floor Batting Insulation

415mm wide

Wall

W2

Exterior composite timber wall cladding

19mm thick

Gutter

GU1

Aluminium valley gutter

750mm wide and 0.027 gauge

Gutter

GU2

Valley Board

375mm x 60mm

Liquid rubber waterproof polyurethane deck coating

GU1 Steel Valley Gutter

SIZE 85 x 22mm

135mm x 32mm

W1 Structural Insulated Wall Panels TB1 Steel Knee T-Brace

100mm thick

50mm ⌀ 6mm thick

10mm thick

D1 Timber Decking J1 Timber Joists B1 Timber Bearers C2 Concrete Pier C1 Concrete Block Footing

G2 Glass Balustrade G1 Full Height Glass Panes FR1 Aluminium Window Framing

1050

1

2

3

4760

4730

23680

4

4730

5 4730

6

N

1050

4730 1

4160

2

3

A

4

3765

B

17339

3765

7

6

2825

C

D

8

5

2825

8

Notes: 1. 180mm x 60mm pressure treated hardwood glulam F24 timber purlins 2. 1145mm span between each purlins 3. 360mm x 60mm pressure treated hardwood glulam F24 timber rafters 4. 750mm wide and 0.027 gauge aluminium valley gutter spanning along the building 5. 375mm x 60mm valley board placed under valley gutter for support 6. Gutter downspout draining water underground into stormwater reservoir tank 7. 150mm x 150mm pressure treated hardwood glulam F24 timber post 8. 2780mm x 3500mm water reservoir tank for storing stormwater

E 3630

1

ROOF PLAN 1 : 100

3630

8

2230

9

ROOF PLAN MOSMAN - CHINAMAN'S BEACH DATE: 25/05/2021 1:07:29 PM

Project Number 2 Scale 1 : 100@A3

Date 05/23/21

Drawing Number T-005-006

0

-00 5-0 04

47

28 25

11

WATER USAGE AND RECYCLING

SIZE

D •

28 25

• • i. ii. iii. iv.

Total area of the ‘House of Celebration’: 310m2 External decking and dining area: 100m2 Internal areas and rooms of the building: 210m2 Main Function: 150m2 Kitchen: 20m2 Storeroom: 20m2 Public Access Toilets: 20m2

LOCAL ENGAGEMENT

• Greywater system will recycle used water from bathrooms and kitchen into a treatment EX tank for irrigation and re-use into the building TE RN DIN and ALsystems • Waste products and dirty water will be directed towards sewer lines I N 64 G m² around the site

KIT

C 20 HEN m ²

1 T-0 Model 1:100 trees and people 47to 30 05 -00 2 indicate the scale of the further

Model reaching the water’s edge in Chinamans Beach

recycled water to building ST

OR 20 AG E m

control box

²

MA IN

6

building and its true size

Cy pri an St

57

0

EIGHT FUNDAMENTAL GREEN PRINCIPLES

0 Plan3photograph of model in 5 context portraying contour lines and shape of the land

26 70

McLean Cres

C

FU

1 5 NC 0 m TI ON ²

N

COBBLERS BAY • Situated on a main pathway leading from the Rosherville carpark, through the BA reserve & towards the beach TH RO 1 • Toilets connected to the building face0this heavy m² O M circulated path CHINAMANS • Toilets will enable public usage from the daily visitors and residents of the site BEACH & when there is a function/ event inside BA s 36 Cre 30 greywater from bathroom an HR privacy for • North- east facing external deck, facing the beach, 1Tallows c Le M 0 m OO M ² individuals utilising the ‘House of Celebration’ EX TE DR RN overflow, waste products, and dirty water to sewer N D AL E 36 8 DA C 3 K 3 T 0 ADAPTABILITY 6m E 8 28 /04 ² ROSHERVILLE / • 150m1205main /05 21 function area can be utilised for universal community events, i.e.

RESERVE WATER USAGE AND RECYCLING 5 / 2/0 21 5 K 1 / milestone receptions, and holiday celebrations 9/0 21 birthdays, wedding EY • Stormwater drainage system utilises 750mm wide valley gutter installed on building to PL 26 5/21 ORIENTATION AN 4 • 20m/205storage room for fold out chairs and tables located between kitchen and /20 drain water produced from rain in order to recycle 21 • Main function space of the building faces towards the shore and Rosherville Reserve on its 9 main fucntion room for ease of circulation • Gutter collects and diverts rainwater to protect the building’s fabric and foundation by north-east and south-west facade respectively • Sliding full height windows mainly on north- east and south- west of facade to channeling water away and into reservoir tanks to be processed and treated for re-use • Maximum sunlight gained in the cold winters via full height window panels and is blocked allow north- easterly wind to cross- ventilate in the hot summers o 3 RESERVEbutterfly roof and four metre overhang during the summer months from the 10CHINAMANS pitched • Accessible ramp entryway for patrons of disability closeARto existing pathway PLAYGROUND CH • Southerly and south-westerly winds are filtered by existing trees that act as windbreakers ITE • Timber: 6 CT S • Full height glass panels block both noise and wind throughout the year i. is a greenhouse positive product with a lower net environmental impact stormwater collected from valley gutter and • Large trees screen onshore and cold southerly winds to any individual on the external areas than most other building materials drained through downspout into storage reservoir of the 7building SITE OVERALL P UNIVERSITY OF SYDNEY 14 ii. natural and renewable building material underground 3C BIRDS EYE VIEW OF THE WIDER ITY BEACH, MOSMAN iii. low in production energy and cost effective RD A MOSMAN - CHINAMAN'S BEACH PH S Y , W B N : (0 DN ILK : 1 LOCATION • Steel: 1: 01/25/07 5 I 2) DR 1000@A3 AW 93 EY N NSO 211 C 5 I N 5 1 2 SW • N ‘House of Celebration’ to replace existingISSUED toilet block on Rosherville Reserve, near the i. produces less waste and 100% recyclable NG UN BU 13 UN LIENT FOR INFORMATION 22 2 ote T-003 DE 2 2008 ILDI 464 R s : N 1 T , ii. are clean, efficient and have a rapid construction method FA AU G I HE . 10entrance to Chinamans Beach V ,D X: SC S 0 ER 2. 1 0m +6 TR AR AN HO 1 2 AL LIN D P OL residential area to the south of the proposed building • Aluminium: LA O F 3.• 3 50Highly S mm m widdense 93 IA GT P NN AR R e I 51 5 ON ING CH O M T r 0 r i am acc• mLargely native vegetation throughout the reserve and lining the beach i. is weather-proof, light, corrosion-resistant and immune to effects 45 rays ITE of UV YO m d se an populated OS JECT 34 CT UR oor d 30 p walk 4. 2 ess E, • Entrance of design facing towards existing pathway, allowing ease of access and w ii. recycling saves 95% of the energy made to produce it raw M FS to w 0m DE 5. 1 100m SIG AN all c m tre ay for N m 5 di of disabilities YD lear forapeople exte timb 0mm convenience a d c sab REV

DESCRIPTION

DRN

ARCHITECTS

DATE

CLIENT

DRAWING TITLE

PROJECT

ABN: 15 211 513 464 143 CITY RD, WILKINSON BUILDING, DARLINGTON SYDNEY NSW 2008, AUSTRALIA PH: (02) 9351 2222 FAX: +61 2 9351 4534 DRAW ING UNDER THE SCHOOL OF ARCHITECTURE, DESIGN AND PLANNING

nce onc ility NE 6.1 er po x 150 rnal d CH for rete acce 50m st mm eck s Y disa sta I u m prestorage treatment; removal of w p N p i irwa ss p Entrance to external r d bilitarea ess th f dining UE A 7. 1 ortin x 150 y u o MA and y mm e tr r twbuilding trash and particulate matter DF blac 000m g enat front entry rinside for ow poststorage chemical or e d whe h a a c m t k N'S ed ay p elch 8. 9 pow wid orner rdwo h OR a a o e around air rdw ssin biological treatment ac 70m der efficient of bcirculation dg c u B r l o c g u u ces m x oat ved od DR tter lam INF EA s g e 2 A c f lula Fpipe WI mF toible pub 134mmd alumi urtain wly roof F24 tim LO distributed NG CH OR 24 n l T b i a i c f I u e l l T storage reservoir holding collected FLO building O r po and ush m lo l sys LE MA water RP uve tem entrancest disa door stairway BEA OR P Concrete bilit bac rs in with T IO CH LAN L y ba k e pathway s A dj near A V near existing N thro xit to talled aand I SC N D R EW N ENERGY USAGE o usta o AL m O O F S 1 s ex ver ble

05

- 00

rch

1

CH E E

MA N

3\M OS

01 e \B DE S2

T-0

ite ctu r

E disability ramp terna HE :10 on HO RV openings • Building has low artificial energy usage due to its reliance to US l de 0@ large window I L E ck a LE PR O A F 3 R nd O provide warmth and cooling during the changing seasons, and the structure’s CE Ethermal JE DA S L C E E 2 T R TN B E V 05 E, M RAT and insulating material properties and strategies o /05 ION O /21 • Most energy usage derives from kitchen electrical appliances Dand tools such as SMRamp AN Wand ITH railings for disability RA DR IN No W A ING stovetop, fridge, and microwave B W JTY access nearCHexising pathway INA ,K N AN • The building’s orientation takes full advantage of the sun’s solar power and achievingM due to elevated Mbuilding S thermal comfort throughout the year

in A

Full height window panels to allow cross ventilation in the summer, preventing overheating inside

De sig n

Adjustable vertical louver system to combat the summer solstice throughout the morning and afternoon

_C HI NA MA N'S BE AC H. rvt

I SS

SCALE

PROJECT No

DATE

DRAWING No

1

2

3

4760 5180

4730

4 4730

5 4730

2680

N

6 4730

20000

2

2670

1

1

T-005-003

T-005-002

1

2600

EXTERNAL DINING 64 m²

3765

1650

A

MAIN FUNCTION

B

150 m² 1

KITCHEN

3765

T-005-004

20 m²

11572

6

5

STORAGE 20 m²

7

8

2825

D BATHROOM

10 m²

10 m²

36 m²

3630

3630

2550

E

BATHROOM

EXTERNAL DECK

REV

DESCRIPTION

1 2 3 4 5

Revision 1 Revision 2 Revision 3 Revision 4 Final Issue

8

DRN

DATE

KEYPLAN

Notes: 1. 1000mm wide ramp walkway for disability access 2. 150mm rise and 300mm tread concrete stairway 3. 350mm door to wall clearance for disability and wheelchair access 4. 2100mm external deck width for two way passing 5. 150mm x 150mm pressure treated hardwood glulam F24 timber post 6.150mm x 150mm hardwood glulam F24 timber post supporting end corner of butterfly roof 7. 1000mm wide curved curtain wall system with adjustable black powder coated aluminium louvers installed over 8. 970mm x 2134mm flush door back exit to external deck and accessible public and disability bathrooms

4

3

9

ARCHITECTS

UNIVERSITY OF SYDNEY

28/04/21 05/05/21 12/05/21 19/05/21 26/05/2021

PROJECT

ABN: 15 211 513 464 143 CITY RD, WILKINSON BUILDING, DARLINGTON SYDNEY NSW 2008, AUSTRALIA PH: (02) 9351 2222 FAX: +61 2 9351 4534 DRAWING UNDER THE SCHOOL OF ARCHITECTURE, DESIGN AND PLANNING

DRAWING TITLE

CLIENT

MOSMAN - CHINAMAN'S BEACH

FLOOR PLAN FLOOR PLAN VIEW OF HOUSE OF CELEBRATION WITHIN CHINAMANS BEACH AND ROSHERVILLE RESERVE, MOSMAN SCALE

1:100@A3 PROJECT No

ISSUED FOR INFORMATION

2

DATE

05/05/21 DRAWING No

DRAWN

BY KM JT,

T-005-001

CHECK ED JP REVISION

5

C:\Users\joshu\Desktop\Design in Architecture\BDES2013\MOSMAN_CHINAMAN'S BEACH.rvt

2825

C

D 2825

C 2825

B

13180

3765

A Notes: 1. Roof drip edge flashing 2. 2mm thick zinc coated galvanised steel roof sheet cladding 3. 15mm thick roof insulating blanket 4. 180mm x 60mm pressure treated hardwood glulam F24 timber purlins 5. 60mm thick timber cleat attached above purlin with toe nail connection 6. 360mm x 60mm pressure treated hardwood glulam F24 timber rafters 7. M18 heat- treated galvanised recessed bolts fixed into post and rafter with bridle joint 8. 5mm thick induction heated galvanised steel knee T-brace with tenon and mortise joint, between rafter and post 9. M16 zinc coated galvanised steel bolts connecting steel bracing to rafter 10. 1250mm x 6.5mm thick galvanised aluminium black powder coated window frame 11. 6mm thick double glazed tempered glass panes 12. 140mm x 140mm non- pressure treated hardwood timber transom 13. 150mm x 150mm pressure treated hardwood glulam F24 timber post 14. 120mm thick structural insulated panel walls with 19mm thick exterior composite timber wall cladding over the SIP 15. 3400mm x 6.5mm thick galvanised aluminium black powder coated window frame 16. 85mm x 22mm hardwood timber interior flooring with hardwax oil finish 17. 135mm x 32mm softwood timber plank decking with liquid rubber waterproof polyurethane deck coating finish 18. 415mm wide floor batting insulation installed between each joist 19. 200mm x 45mm pressure treated hardwood glulam F24 timber joists bolted to bearer with M16 recessed bolts 20. 300mm x 65mm pressure treated hardwood glulam F24 timber bearers 21. 430mm x 430mm cured concrete block footing; length of footing to be determined by geotech engineer with A-Class type sand/ soil 22. 125mm x 125mm cured concrete pier 23. M16 heat- treated galvanised recessed bolt fixed onto joists and bearers 24. Galvanised steel pin joint with bearing plate, anchor bar, and metal bracket fixed into hardwood glulam post fixed with heattreated galvanised M16 recessed bolts

3765

3 2 1

4 7

1385

13

5

1510

1840

9 8

6385

10

750150

750

1990

6

11 12

3490

14

2700

2700

15 16

17

200

18

GROUND FLOOR 0

300

20 19

23

22 24 21

1

SECTION A 1 : 75

REV

DESCRIPTION

1 2 3 4 5

Revision 1 Revision 2 Revision 3 Revision 4 Final Issue

DRN

DATE

KEYPLAN

ARCHITECTS

NB CLIENT

UNIVERSITY OF SYDNEY

28/04/21 05/05/21 12/05/21 19/05/21 26/05/2021

PROJECT

ABN: 15 211 513 464 143 CITY RD, WILKINSON BUILDING, DARLINGTON SYDNEY NSW 2008, AUSTRALIA PH: (02) 9351 2222 FAX: +61 2 9351 4534 DRAWING UNDER THE SCHOOL OF ARCHITECTURE, DESIGN AND PLANNING

MOSMAN - CHINAMAN'S BEACH

DRAWING TITLE

SECTION - PART 1 SECTION A OF HOUSE OF CELEBRATION WITHIN CHINAMANS BEACH AND ROSHERVILLE RESERVE, MOSMAN SCALE

1:75@A3 PROJECT No

ISSUED FOR INFORMATION

2

DATE

05/05/21 DRAWING No

DRAWN

BY KM JT,

T-005-002

CHECK ED JP REVISION

5

C:\Users\joshu\Desktop\Design in Architecture\BDES2013\MOSMAN_CHINAMAN'S BEACH.rvt

E

B

13180

3765

13

C

D

3765

2825

E 2825

12 11

1 6 2

7 5

750

1210

4

1450

8

2150

2700

9

3460

5000

1260

3

1980

A

Notes: 1. 1145mm span between hardwood glulam purlins 2. 750mm wide and 0.027 gauge aluminium valley gutter 3. 375mm x 60mm valley board placed under valley gutter for support 4. 180mm space between each M18 heat- treated galvanised recessed bolts 5. 27o angle of rafter from the horizontal 6. 6mm thick double glazed tempered glass curved curtain wall system with 6.5mm thick aluminium black powder coated window frame 7. 100mm thick non-loadbearing timber stud partition 8. 50mm ⌀ aluminium railing 9. 10mm thick glass balustrade with degreased aluminium 20mm brackets/ holders connecting each pane 10. 2825mm (grid C,D,E) and 3765mm (grid A,B,C) span between 65 x 300 hardwood glulam timber bearers 11. 1625mm x 2150mm double glass door with aluminium black powder coated door frame 12. 14o angle of rafter from the horizontal 13. 60mm x 60mm rafter end point/ tip

0 10

1

SECTION B 1 : 75

REV

DESCRIPTION

1 2 3 4 5

Revision 1 Revision 2 Revision 3 Revision 4 Final Issue

NB DRN

DATE

KEYPLAN

ARCHITECTS

UNIVERSITY OF SYDNEY

28/04/21 05/05/21 12/05/21 19/05/21 26/05/2021

PROJECT

ABN: 15 211 513 464 143 CITY RD, WILKINSON BUILDING, DARLINGTON SYDNEY NSW 2008, AUSTRALIA PH: (02) 9351 2222 FAX: +61 2 9351 4534 DRAWING UNDER THE SCHOOL OF ARCHITECTURE, DESIGN AND PLANNING

DRAWING TITLE

CLIENT

MOSMAN - CHINAMAN'S BEACH

SECTION - PART 2 SECTION B OF HOUSE OF CELEBRATION WITHIN CHINAMANS BEACH AND ROSHERVILLE RESERVE, MOSMAN SCALE

1:75@A3 PROJECT No

ISSUED FOR INFORMATION

2

DATE

05/09/21 DRAWING No

DRAWN

BY KM JT,

T-005-003

CHECK ED JP REVISION

5

C:\Users\joshu\Desktop\Design in Architecture\BDES2013\MOSMAN_CHINAMAN'S BEACH.rvt

GROUND FLOOR

1

2

3

4

5

6

23680 4730

4730

4730

4730

1750

4760

Notes: 1. 350mm x 60mm aluminium black powder coated adjustable louvers 2. 4450mm x 3300mm full height 6mm thick double glazed tempered glass sliding window 3. 450mm span between 45 x 200 hardwood glulam timber joists 4. 1828mm x 2150mm double glass entrance door with aluminium black powder coated door frame 5. 180mm space between M16 galvanised recessed bolts 6. 4730mm and 4760mm (grid 1 to 2) span between hardwood glulam timber rafters 7. 6.5mm thick galvanised aluminium black powder coated window frame

1005

6

6355

1 2

4

3

3600

7

0 5

1

SECTION C 1 : 75

REV

DESCRIPTION

1 2 3 4 5

Revision 1 Revision 2 Revision 3 Revision 4 Final Issue

NB DRN

DATE

KEYPLAN

ARCHITECTS

UNIVERSITY OF SYDNEY

28/04/21 05/05/21 12/05/21 19/05/21 26/05/2021

PROJECT

ABN: 15 211 513 464 143 CITY RD, WILKINSON BUILDING, DARLINGTON SYDNEY NSW 2008, AUSTRALIA PH: (02) 9351 2222 FAX: +61 2 9351 4534 DRAWING UNDER THE SCHOOL OF ARCHITECTURE, DESIGN AND PLANNING

DRAWING TITLE

CLIENT

MOSMAN - CHINAMAN'S BEACH

SECTION - PART 3 SECTION C OF HOUSE OF CELEBRATION WITHIN CHINAMANS BEACH AND ROSHERVILLE RESERVE, MOSMAN SCALE

1:75@A3 PROJECT No

ISSUED FOR INFORMATION

2

DATE

05/05/21 DRAWING No

DRAWN

BY KM JT,

T-005-004

CHECK ED JP REVISION

5

C:\Users\joshu\Desktop\Design in Architecture\BDES2013\MOSMAN_CHINAMAN'S BEACH.rvt

GROUND FLOOR