23. SCALE (@ A1)
CHECKED BY
TITLE
PROJECT NUMBER
CLIENT
PROJECT
DRAWING NUMBER REV
DRAWN BY DATE
STATUS PURPOSE OF ISSUE
CODE SUITABILITY DESCRIPTION
9/03/2022
8:25:34
PM
renders
001
Blossum House
RG
RG
A100.5
RG 03/02/22
Rev Description Date
24. SCALE (@ A1)
CHECKED BY
TITLE
PROJECT NUMBER
CLIENT
PROJECT
DRAWING NUMBER REV
DRAWN BY DATE
STATUS PURPOSE OF ISSUE
CODE SUITABILITY DESCRIPTION
9/03/2022
8:25:50
PM
renders 2
001
Blossum House
RG
RG
A100.6
RG 03/02/22
Rev Description Date
44. AS
AS
AS
AS
AS
AS
AS AS AS
AS AS
AS
AS
AS AS AS AS
Ground
-3200
AS
AS AS
AS
A130 5
6
7
8
150
AS AS AS AS
AS
AS
AS
AS
SCALE (@ A1)
CHECKED BY
TITLE
PROJECT NUMBER
CLIENT
PROJECT
DRAWING NUMBER REV
DRAWN BY DATE
STATUS PURPOSE OF ISSUE
CODE SUITABILITY DESCRIPTION
As indicated
9/03/2022
8:32:39
PM
Joinery Detail 3
001
Blossum House
RG
RG
A130
RG 03/02/22
1 : 50
Shopfront, (E.7)
1
1 : 50
Shopfront, (E.5)
2 1 : 50
Shopfront, (E.6)
3
1 : 25
Cafe
4
1 : 50
Cafe, (E.1)
5 1 : 50
Cafe, (E.2)
6
1 : 50
Cafe, (E.4)
7
FFL
200
900
CEILING
FFL
200
900
1300
2100
2800
1300
FFL
200
900
1300
2100
2800
Rev Description Date
45. Level 5
11200
Level 6
14000
Level 7
16800
1
1
SHS
SHS
FACADE
SCALE (@ A1)
CHECKED BY
TITLE
PROJECT NUMBER
CLIENT
PROJECT
DRAWING NUMBER REV
DRAWN BY DATE
STATUS PURPOSE OF ISSUE
CODE SUITABILITY DESCRIPTION
As indicated
9/03/2022
8:32:45
PM
screen details
001
Blossum House
RG
RG
A132
RG 02/23/22
1 : 25
FACADE FRONT
1
1 : 10
PLAN PROFILE
2 FACADE JUNCTION
1 : 25
SIDE PROFILE
3
LBRACKET
INTERLOCK
JUNCTION
SHS
LBRACKET
INTERLOCK
JUNCTION
SHS
slab
Rev Description Date
46. 1
2
4
5
7
15
17
19
20
21
22
500
500
600
A118
1
1
2
4
5
7
15
20
21
22
500
500
600
597
Depression in slab -300
slab cut out for lift shaft
Depression in slab -300
Depression in slab -300
Depression in slab -300
A118
1
SCALE (@ A1)
CHECKED BY
TITLE
PROJECT NUMBER
CLIENT
PROJECT
DRAWING NUMBER REV
DRAWN BY DATE
STATUS PURPOSE OF ISSUE
CODE SUITABILITY DESCRIPTION
1 : 100
9/03/2022
8:32:52
PM
slab setout plan
001
Blossum House
RG
RG
A133
RG 02/23/22
1 : 100
slab set out plan lv2,3,4,5,6
1 1 : 100
Slab set out plan- lvl 1
2
Rev Description Date
50. A
Scale at A1
Course Code
Group No./Name
Due Date
Project number
Imaginary School of
Architecture - COVE
10/Tecktonics
BLDG3220
Coordinator Chris Landorf
10 November, 2016
Assignment 3
Project Name
Client
The University of
Queensland
Sheet Title
Project Logo
Sheet Number
1 : 100
No. Description Date
1 : 100
Basement
1
PLANT ROOM
UP
MAINTAINANCE
ROOM
STORAGE
PWD
TLS
MALE TOILET
TLS
FEMALE TOILET
TLS
D03 D03
D08
D08
D08
D08
D08
D05
LIFT LIFT
CLM1
CLM1
WT4
WT4
UR UR
TL ATL
ATL
TL
TL
TL
DTL
WB WB WB WB
WB WB WB WB
WT5
WB
D06
1
2
3
4
5
6
7
8
9
10
11
12
13
11
15
16
17
18
19
20
21
22
23
24
25
UP
D01
WT4
FIRE STAIR
CONC
FHR
B1
1
2
3
4
5
6
7
8
9
10
11
12
13
11
15
17
18
19
20
21
22
23
24
25
26
16
UP
D01
FIRE STAIR
CONC
CLM1
FHR
CLM1
CLM1
CLM1
CLM1
WORKSHOP
AREA 220m2 CONC
A
F
C
D
E
B
-
A1CD.305
A1CD.305.1
B
C
D
0
0
0
1
0
8
9
6
7340
0
7
6
5
0
7
1
8
2400
210
9880
1670
210
2300
210
3540
210
3540
N
210
5440
210
5420
210
2400
286
10490
3280
210
1300
3250
2680
3250
1200
3000
5330
286
3910
200
A1CD.305
1 4
2 3
6600 0
5
6
6 0
0
0
7
286
2950
286 10500 210 286
WT3
WT4
CLM1 CLM1
286
5900
210
6040
210
7620
210
D04 D04
CLM1
WT4
Basement Plan
FHR Fire Hydrant Reel
WT4 210mm Thick
200 Core-Filled Concrete Block
10mm Concrete Render - External Clad
10mm Gyprock Aquachek - Internal Clad
WT3 190mm Thick
200 Core-Filled Concrete Block
Retaining Earth on Basement and
GroundLevels
Concrete Blockwork Exposed Internally
B1 Balustrade 1 - Steel Rail
SR 50mm Diameter Steel Rod
CLM1 300x300 Concrete Column Through
All Levels - Supporting Truss
Refer to Structural Engineer AS/NZS1163
WB Wash Basin (Refer to Bathroom Detail)
TL Toilet Suite (Refer to Bathroom Detail)
UR Urinal (Refer to Bathroom Detail)
General
Walls
Abbreviations
A1CD.201
D01 Single Timber Door - Timber Frame
915 x 2134
D03 Aluminium Elevator Door -
Aluminium Frame 2100 x 1100
D04 Four Panel Timber Bifolding Door
- Timber Frame 2134 x 2720
D05 Single Timber Door - Timber Frame
864 x 2134
D08 Single Timber Door - Timber Frame w/
150mm Aluminum Kickboard 915 x 2134
Doors
A1CD.304.1
51.
52.
53.
54.
55.
56.
57.
58.
59.
60.
61. Ground Floor
0
Level 1
5000
Level 2
9000
Level 3
13000
Level 4
17000
Level 5
21000
Level 6
25000
1
4 2
3
Level 7 - Roof
29000
Scale at A1
Course Code
Group No./Name
Due Date
Project number
Imaginary School of
Architecture - COVE
10/Tecktonics
BLDG3220
Coordinator Chris Landorf
10 November, 2016
Assignment 3
Project Name
Client
The University of
Queensland
Sheet Title
Project Logo
Sheet Number
1 : 100
Section B & C
A1CD.305
1 : 100
Section B
1
-
Basement
-5000
6
2
3
1
4 2
3
-
5
210
6700
200
6400
210
7620
210
A
210
6700
200
6400
210
7620
210
A
1 : 100
Section C
1
WB WB WB WB
WB WB WB WB
WB WB WB WB
WB WB WB WB
WB WB WB WB
WB WB WB WB
WB WB WB WB
WB WB WB WB
WT1
B2
B2
B2
B2
B2
B2
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
WT3
4
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
210
6900
180
2700
180
11200
160
Reinforced Foundation Slab &
concrete thickening. Refer to
Structural Engineering notes
Reinforced 200 Retaining Block
Wall- Refer to Structural
Engineering notes
SLB1
SLB1
SLB1
SLB1
SLB1
SLB1
SLB1
Abbreviations
WT4 210mm Thick
200 Core-Filled Concrete Block
10mm Concrete Render - External Clad
10mm Gyprock Aquachek - Internal Clad
SLB1 150MM One Way Concrete Slab (In-situ)
w/ 300MM Edge Thickening.
WT3 190mm Thick
200 Core-Filled Concrete Block
Retaining Earth on Basement and
GroundLevels
Concrete Blockwork Exposed Internally
B2 Balustrade 2 - Steel Rail w/Glass
CLM1 300x300 Concrete Column Through
All Levels - Supporting Truss
Refer to Structural Engineer AS/NZS1163
WB Wash Basin (Refer to Bathroom Detail)
210
6900
180
2700
180
11200
160
Reinforced Foundation Slab &
concrete thickening. Refer to
Structural Engineering notes
Reinforced 200 Retaining Block
Wall- Refer to Structural
Engineering notes
B2
SLB1
B2
SLB1
B2
SLB1
B2
SLB1
B2
SLB1
B2
SLB1
D04
D04
D04
D03
D03
D03
D03
D03
D03
D03
D03
D03
D03
D03
D03
D03
D03
D03
D03
D05
D05
D05
D05
D05
D05
D05
D05
A1CD.503
A1CD.501
A1CD.501.1
A1CD.504
A1CD.503.1
Tilted Truss Roof system-
Refer to Roof plan Tilted Truss Roof system-
Refer to Roof plan
General
Walls
Flooring
A1CD.304.1
A1CD.304.1
D03 Aluminium Elevator Door -
Aluminium Frame 2100 x 1100
D04 Four Panel Timber Bifolding Door
- Timber Frame 2134 x 2720
Doors
D05 Single Timber Door - Timber Frame
864 x 2134
62. Ground Floor
0
Level 1
5000
Level 2
9000
Level 3
13000
Level 4
17000
Level 5
21000
Level 6
25000
1
4 2
3
Level 7 - Roof
29000
Richard Gorzki -
- Harsh Bavishi
1 : 100
No. Description Date
1 : 100
Section D
1
-
Basement
-5000
210
6700
200
6400
210
7620
210
A
Reinforced Foundation Slab &
concrete thickening. Refer to
Structural Engineering notes
Reinforced 200 Retaining Block
Wall- Refer to Structural
Engineering notes
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
CLM1
A1CD.304.1
CLM1
SR
SR
SR
SR
SR
SR
WT4 210mm Thick
200 Core-Filled Concrete Block
10mm Concrete Render - External Clad
10mm Gyprock Aquachek - Internal Clad
SLB1 150MM One Way Concrete Slab (In-situ)
w/ 300MM Edge Thickening.
WT3 190mm Thick
200 Core-Filled Concrete Block
Retaining Earth on Basement and
GroundLevels
Concrete Blockwork Exposed Internally
CLM1 300x300 Concrete Column Through
All Levels - Supporting Truss
Refer to Structural Engineer AS/NZS1163
SR 50mm Diameter Steel Rod w/
100mm Gaps - Spanning from Level 1
to Roof to Conceal Fire Stairs
General
Walls
Flooring
Tilted Truss Roof system-
Refer to Roof plan
WT1
Scale at A1
Course Code
Group No./Name
Due Date
Project number
Imaginary School of
Architecture - COVE
10/Tecktonics
BLDG3220
Coordinator Chris Landorf
10 November, 2016
Assignment 3
Project Name
Client
The University of
Sheet Title
Sheet Number
1 : 100
Section D
A1CD.305.1
D01
D01
Fire-Isolated Staircase - Refer to
Staircase Detail Page
D01 Single Timber Door - Timber Frame
915 x 2134
Doors
63.
64.
65.
66. Richard Gorzki - Byung Kim
Ralph Valencia - Harsh Bavishi
Scale at A1
Course Code
Group No./Name
Due Date
Project number
Project Address
133 Mary Street - Brisbane City
QLD 4000
Imaginary School of
Architecture - COVE
10/Tecktonics
BLDG3220
Coordinator Chris Landorf
10 November, 2016
Assignment 3
Project Name
Client
The University of
Queensland
Sheet Title
Project Logo
Sheet Number
1 : 5
A1CD.503
No. Description Date
1 : 5
Atrium Balustrade Joint Detail (AXO)
2
1 : 5
Atrium Balustrade Section Cut
1
-
2. The double glass panel is slotted between the rubber
gaskets, placed between the inner aluminium framing and
the curved alunimium casing, which the two are then
fastened by the third 30MM bolt.
30MM BOLT
DOUBLE GLASS PANEL
RUBBER SEAL
STEEL HANDLE
ALUMINIUM CASING
RUBBER GASKET
INNER ALUMINIUM FRAMING
INT.
GLASS THICKNESS: 16-20MM
EXT.
1. Inner aluminium framing is bolted onto the concrete slab
to ensure secure installation of the balustrade system. The
maxinmum length of the framing is dependent on the length
of the slab, specified by the manufacturer to meet the
requirements of the balustrade system.
3. The pre-made steel handle with the inner rubber seal is
then placed on the double glass panel to ensure a safe
hand-rail system without exposing the glass edge. Also
further creates bonding force for the double glass panel.
The glass balustrade spans 1000mm with steel rods
dividing the glass and providing support for the glass.
Balustrade Section Detail
67. Richard Gorzki - Byung Kim
Ralph Valencia - Harsh Bavishi
Scale at A1
Course Code
Group No./Name
Due Date
Project number
Project Address
133 Mary Street - Brisbane City
QLD 4000
Imaginary School of
Architecture - COVE
10/Tecktonics
BLDG3220
Coordinator Chris Landorf
10 November, 2016
Assignment 3
Project Name
Client
The University of
Queensland
Sheet Title
Project Logo
Sheet Number
1 : 5
No. Description Date
1 : 5
Atrium Ceiling Joint Detail (AXO)
1
1 : 5
Atrium Ceiling Section Cut
2
LOW E THERMOPANE UNIT
BUTAL TAPE SEALANT
PVC DRAFT SEAL
WEEPING HOLES
SELF-TAPPING SCREWS
ALUMINIUM MAIN FRAME
COUNTER FLASHING
1.5” WOODEN CURB
SHINGLES
AIR TUNNELS
CAULKING
PVC RIGID VINYL THERMAL BARRIER
0.5” AIR SPACE
INT.
EXT.
1.1.5” Wooden curb is placed onto the edge of the singles
on top of the concrete slab to provide support for the heavy
aluminium mainframe & low thermopane unit (glass system)
2.1.5” Wooden curb is wrapped by step flashing & counter
flashing to protect the component from dampness .
3. Aluminium mainframe is placed on top of the wooden
curb to provide structural support.
4. Airtunnels on top of the mainframe provide air pressure
equalisation to ensure water does not seep through the
frame. Weeping holes assist in the same role to create equal
pressure on the both exterior and interior of the structure.
5. Low E thermopane unit is placed between the main frame
and retainer frame, with 0.5” air space which allows for
temperature regulation and condensation regulation.
INT.
EXT.
A1CD.503.1
Atrium Ceiling Detail
68. Richard Gorzki - Byung Kim
Ralph Valencia - Harsh Bavishi
Scale at A1
Course Code
Group No./Name
Due Date
Project number
Project Address
133 Mary Street - Brisbane City
QLD 4000
ABBREVIATIONS
Imaginary School of
Architecture - COVE
10/Tecktonics
BLDG3220
Coordinator Chris Landorf
10 November, 2016
Assignment 3
Project Name
Client
The University of
Queensland
Sheet Title
Project Logo
Sheet Number
1 : 100
12
No. Description Date
1 : 50
6th Floor Fire Isolated Staircase Plan
4
1 : 100
Stair- Section 1
5
1 : 50
Basement Fire Isolated Staircase Plan
1
1 : 50
Ground Floor Fire Isolated Staircase Plan
2
1 : 50
1st-5th Floor Fire Isolated Staircase Plan
3
1
2
3
4
5
6
7
8
9
10
11
12
13
11
15
17
18
19
20
21
22
23
24
25
26
16
UP
D01
WT4
FIRE STAIR
CONC
D01
1
2
3
4
5
6
7
8
9
10
11
12
13
11
15
17
18
19
20
21
22
23
24
25
26
16
UP
D01
WT4
FIRE STAIR
CONC
Ground Floor
4236
Level 1
9236
Level 2
13236
Level 3
17236
Level 4
21236
Level 5
25236
Level 6
29236
A
-
---
Level 7 - Roof
33246
1 : 100
Stair - Section 2
6
Basement
FHR
FHR
UP
CONC
CONC
FIRE STAIR
UP
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
210
2400
286
286
5900
200
210
2400
286
210
2400
286
210
2400
286
286
5900
200
Fire-Isolated Stair Details
FHR
FHR
286
4900
200
286
4900
200
FHR Fire Hydrant Reel
WT4 210mm Thick
200 Core-Filled Concrete Block
10mm Concrete Render - External Clad
10mm Gyprock Aquachek - Internal Clad
D01 Single Timber Door - Timber Frame
915 x 2134
D01
D01
WT1
WT1
WT1
WT3
WT1 286mm Thick
200 Core-Filled Concrete Block
FRL Insulation - 240m R0.54
10mm Gyprock Plus Plasterboard
-Internal Clad
13mm Gyprock Standard Plasterboard
-External Clad
WT3 190mm Thick
200 Core-Filled Concrete Block
Retaining Earth on Basement and
GroundLevels
Concrete Blockwork Exposed Internally
1 : 50
&
WT1
WT3
WT4
WT4
B1
B1
B1 Balustrade 1 - Steel Rail
69.
70.
71.
72. A
1
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79. Retaining Wall
Retaining Wall
WK 3 - Plan / 1:50
BLDG 1220
RICHARD GORZKI /
DRAWING SUBMISSION 1
10/09/17
14.5 M
15. 5 M
15 M
14M
15.5
M
RL
for Platform
16M
80. WK 3 - Section 1 / 1:50 WK 3 - Section 2 / 1:50
BLDG 1220
RICHARD GORZKI /
DRAWING SUBMISSION 1
10/09/17
Soft Bearer
Ceiling Joist
Lintel
Jam Stud
Fascia
Hanging Beam
Common
Stud
Rafter
Hanging Beam
Ceiling Joist
Rafter
Jamb Stud
Jack Stud Jack Stud
Top Wall Plate
Rafter
Top Wall Plate
Bearer
87. DECK
NORTH
POOL
SOUTH WESTERN
WINDS
SUN EXPOSURE
- Desirable for winter heating
-Position of sun in the sky allows easy shading
-North Facing walls and windows receive more solar
radiation in the winter months.
- Longer walls on the Northern Face to minimize
exposure in the winter months and maximise it in the
summer months.
NORTHERN ORIENTATION
TREE CANOPIES
PROVIDE SHADING
FROM EASTERLY SUN
Neighbouring
property buffers
prevailing sun from
the west.
WK 6 - PLAN DIAGRAM: Siting and Orientation
BLDG 1220
RICHARD GORZKI /
DRAWING SUBMISSION 1
10/09/17
88. WINDOW WALL
(GLAZING = HEAVY)
STUD FRAMING
(TIMBER FRAMING= LIGHT)
BLOCKWORK WALL:
(MASONARY= HEAVY)
WK 6 - PLAN DIAGRAM: Heavy walls vs framed walls / 1:50
BLDG 1220
RICHARD GORZKI /
DRAWING SUBMISSION 1
10/09/17
89. BEDROOM
WR
STUDY
LIVING
BRIDGE
Window Wall
Large glazed units create a sense of
openess and open the home up to Natural
Ventilation
Blockwork Walls work as the loadbearing
structure for the weight of the glazing
Blockwork sustains the load of the roof and
stud frame structure above.
Stud Framing
Window
Skillion Roof
Joists
Plasterboard
Stud frame construction is light
and flexible, allowing the mass
to have more extrusions .
The Catwalk structure works as a
lightwieght platform within the space. WK 6 - SECTION A: Structural Systems 1:50
BLDG 1220
RICHARD GORZKI /
DRAWING SUBMISSION 1
10/09/17
90. BEDROOM
BATHROOM WARDROBE
RUMPUS ROOM
GLASS LOUVERS
Stud Wall
Blockwork Wall
Skillion Roof
Glazing
Plasterboard
Blockwork
Wall
Stud Wall
Joists
Stud frame construction is light
and flexible, allowing the mass
to have more extrusions .
Blockwork Wall provides
adequite loadbearing
support to the stud wall
framed structure and
skillion on the first floor.
Blockwork Wall provides
adequite loadbearing
support to the stud wall
framed structure and
skillion on the first floor.
Stud Wall
Timber Joist floor system .
Engineered Timber Joist floors
WK 6 - SECTION B: Structural Systems / 1:50
BLDG 1220
RICHARD GORZKI /
DRAWING SUBMISSION 1
10/09/17
91. TIE DOWNS
Are inserted in the corners,
joining wall to roof, supporting
the components
BRACING
Bracing is placed in the external
walls preventing racking from
prevailing winds from the South,
West
BRACING
Bracing is placed in the external walls
preventing racking from prevailing winds
from the South West
TIE DOWNS
Are inserted in the corners,
joining wall to roof, supporting
the components.
BLDG 1220
RICHARD GORZKI /
DRAWING SUBMISSION 1
10/09/17
WK 6 - BUILDING BRACING / 1 : 50
93. Damp Proof Membrane:
- The Damp proof membrane protects the concrete
slab from mositure attack that would result in
degradation of the slab, such as:
- Cracking
- Damaging expansion
The Stud wall is covered by a plasterboard rainscreen
protecting the structure from:
-Water infiltration
-Ultra-violet radiation
-Negative wind pressures
-Heat transfer into and out of the building
-Air infiltration
-Vapor transmission
BLDG 1220
RICHARD GORZKI /
DRAWING SUBMISSION 1
10/09/17
WK 6 - Weatherproofing Diagram / 1:50
95. BLDG 1220
RICHARD GORZKI /
DRAWING SUBMISSION 2
10/09/17
Axonometric
Bargeboard
Bargeboard
Bargeboard
Stirrup
Concrete Pier
Concrete
Pier
Concrete
Pier
Stirrup
Joist
Sill Former
Bearer
Lintel
Bearer
Outrigger
Solid Blocking Bargeboard
Post
Post
Post
Post
Balustrade
Stump
96. BLDG 1220
RICHARD GORZKI /
DRAWING SUBMISSION 2
10/09/17
14.50M
15.00M
15.50M
16.00M
16.50M
RL 15.50M
Retaining Wall
Retaining Wall
Pavilion
Decking
A B C D E
1
2
3
4
A B C D E
1
2
3
4
N
98. 16 Degrees
16 Degrees
DWP
Line of box gutter
Slope
3
Degrees
16 Degrees
16 Degrees
3460
8849
5597
2817 236
259
BLDG 1220
RICHARD GORZKI /
DRAWING SUBMISSION 2
10/09/17
Roof Plan
1:50
RT
RT
SF
B
B
SF
O
NOTES
All timber members F5 Unseasoned
Cypruss hardwood
refer to appendix for all span tables
For Lintel sizes refer to Sections
Bargeboard
Outrigger
Blocking
5597mm L x 100mm W x 200mm D
5597mm L x 100mm W x 200mm D
3460mm W x 100mm D x 200mm D
99. 2641
3963
7853
P A V I L I O N
4345
6444
T I M B E R D E C K I N G
T I M B E R D E C K I N G
T
I
M
B
E
R
D
E
C
K
I
N
G
T
I
M
B
E
R
D
E
C
K
I
N
G
B2
B3
B1
J6
J5
Bearer
P1
P2
P3
P4
P5
P6
P7
P8
P10
P11
P12
P14
P15
P16
P9
P13
J4
J3
J2
J7
J1
3963mm x50mm
3926mm x50mm
3926mm x50mm
3222mm x50mm
B4
B5
B6
B7
B8
B9
B10
3222mm x50mm
J8
J9
J10
J11
J12
J13
J14
BLDG 1220
RICHARD GORZKI /
DRAWING SUBMISSION 2
10/09/17
Floor Framing Plan
1:200
A B C D E
1
2
3
4
A B C D E
1
2
3
4
NOTES
All timber members F5 Cyprus Unseasoned hardwood
refer to appendix for all span tables
For Lintel sizes refer to Sections
Post No.
P1, P2 , P3
P4, P5 , P6
P7, P8 , P9
565mmx50mm
565mmx50mm
600mmx50mm
P10, P11,
P12, P13,
P14, P15,
P16
600mmx50mm
Dimensions
Bearer No. Dimensions
1, 2
3,4
5, 6
7,8
9,10
Joist No. Dimensions
2641mm x 50mm
1,2,3,4,5,6,
7
8,9,10,11,12 2641mm x 50mm
101. BLDG 1220
RICHARD GORZKI /
DRAWING SUBMISSION 2
10/09/17
Model Photo One Model Photo Two Model Photo Three
102. BLDG 1220
RICHARD GORZKI /
DRAWING SUBMISSION 2
10/09/17
TOOWONG AFRICAN RESTURANT
Location : 1/5 Milton Street, Toowong
Plan :
Existing Building
Section :
Concrete Pier
Steel Post
Parrellel Chord Truss
triangulated structure
Structural Tubing
200mm D Cap Plate bolted
at junction of
structural tubing
End Plate and
anchor bolt
Steel fascia framing braces
truss structure
Steel fascia frames truss
structure and braces the
triangulated structure
preventing torsion
1:100 1:100
DEAD LOAD, WIND LOAD
Cap Plate
End Plate
Connection Details
Steel Plate
100mm
Bolts
Steel Rod
100mm Steel Plate
Hex bolts
Screw
103. BLDG 1220
RICHARD GORZKI /
DRAWING SUBMISSION 2
10/09/17
NEW FARM FERRY TERMINAL
Location : 17 Macarther Avenue, New Farm
Plan : 1:100 Section 1:100
Connection Details
SHS
SHS SHS
Welding
SHS
SHS
End Plate
Held with steel
triangulaed brace
plate to prevent
torsion from the
current of the river
SHS
SHS
Pratt Truss
Canvas Sail
Pratt Truss Canvas Sail
SHS
SHS
18.5m
2.5m
Canvas Sail
DEAD LOAD
LIVE LOAD
Pratt Truss Detail
SHS SHS SHS
KEY: SHS Beam
104.
105. FRONT ELEVATION
E = P/M
10.3 = 140
1450
Inclined End Post
Inclined End Post
Top Chord
Hip Vertical
Lower Chord
Top Chord
truss
substructure
Diagonal strut
substructure
Portal strut
Top Chord
Portal
Bracing
Top Lateral
Bracing
Floor Beam
SPAGHETTI BRIDGE
SIDE ELEVATION
BLDG 1220
RICHARD GORZKI /
DRAWING SUBMISSION 2
10/09/17
106. TORSION
occured at the bracing of stringers and the
struts
2. Thicken diameter of end posts to reduce:
BENDING
was created at the end posts
HORIZONTAL
SHEAR
O
N
E
T
W
O
T
H
R
E
E
1. Strengthen the bracing attached to the stringers to
reduce:
Primary:
Strengthen structural elements of the bridge floor where
the weight is carried to prevent / delay the effects of
derformation under the applied load.
Secondary:
To reduce horizontal shear deformation increase spans of
hip verticals and increase bracing.
DESIGN
IMPROVEMENTS
was created at the end posts
HORIZONTAL SHEAR
3. Thicken stringers and increase count to four to reduce:
force caused deformation to stringers of the bridge and was
the primary defect
TORSION
TORSION
BENDING
4. Increase hip vertical count to reduce:
BENDING
BLDG 1220
RICHARD GORZKI /
DRAWING SUBMISSION 2
10/09/17