MAEGHAN DOHERTY TECHNOLOGY & CONSTRUCTION
P O R T F O L I O
C O N T E N T S
CONSTRUCTION
TECHNOLOGY
CONSTRUCTION + STRUCTURES
UNSW CONSTRUCTION + STRUCTURES TWO TUTOR/S: GEOFF HANMER, GLENN O’LOUGHLIN Programs Used: Revit
WALL SECTION
BALCONY SECTION
BALCONY DETAIL
UNSW CONSTRUCTION + STRUCTURES TWO GROUP MEMBERS: IVY CHEN 50%, MAEGHAN DOHERTY 50%
1: 20 CONS TRUCTION MODE L
TECHNOLOGY
UNSW GRASSHOPPER FUNDAMENTALS 2021 TUTOR/S: CRISTINA RAMOS JAIME Programs Used: Grasshopper, Rhino, Photoshop, InDesign, Illustraltor
A S E L EC T I O N O F WO R KS
FR AC TA L D I G ITA L PRO T O T Y PE
WA FF L E GR A S S H O P P E R P ROCESS
1_Create points and interpolarte
2_Polar array the curve to
3_Rotate the curves in order to
4_Offset the curves and loft
them in order to create the
create the ribs and dispatch
have them overlap.
them in order to create the rib
base curve.
them into positive and negative
height.
curves.
5_Find where the curves
6_Shatter these lines at the
7_Orient the ribs on the xy axis
intersect and offset them.
midpoint and join these points
in order to create fabrication
together. Join these curves
plans.
with the offset to create the rib teeth.
DES I G N VA R I AT IO N S
VARIATION 1 32 94 15 03 -45 -27
NUMBER OF RIBS RIB ANGLE RIBS HEIGHT RIB THICKNESS TOP EXTENSION BOTTOM EXTENSION
VARIATION 2 20 60 10 03 -20 -15
NUMBER OF RIBS RIB ANGLE RIBS HEIGHT RIBS THICKNESS TOP EXTENSION BOTTOM EXTENSION
VARIATION 3 26 45 20 03 -05 00
NUMBER OF RIBS RIB ANGLE RIBS HEIGHT RIB THICKNESS TOP EXTENSION BOTTOM EXTENSION
FABRI CAT I ON P L A NS
CUT TWO
CHOSEN VARIATION
P RO T OT Y P E
FABRICATION PLANS
ROD S + N O D ES G R A S S HOP P ER P RO C ES S
1_Create points and interpolarte
2_Create a surface from the
3_Using polar array and
4_Find where the curves
them in order to create the
curve using revolve surface.
contour, create the intersecting
intersect and shatter them to
lines.
create the base of the rods
8_Final Model.
base curve.
5_Create the interior of the
6_Create the exterior of the
7_Use the pipe tool to give
node using the pipe tool.
node and find the difference to
weight to the rods and create
create the final node geometry
the final overall geometry.
D ES I G N VA R I AT IO N S
VARIATION 1 50 CONTOUR DISTANCE 12 POLAR ARRAY 05 05 10 10
THICKNESS OF NODES A THICKNESS OF NODES B LENGTH OF NODES A LENGTH OF NODES B
VARIATION 2 100 16 07 07 10 10
CONTOUR DISTANCE POLAR ARRAY THICKNESS OF NODES A THICKNESS OF NODES B LENGTH OF NODES A LENGTH OF NODES B
VARIATION 3 100 CONTOUR DISTANCE 14 POLAR ARRAY 07 07 12 10
THICKNESS OF NODES A THICKNESS OF NODES B LENGTH OF NODES A LENGTH OF NODES B
FA B RI CAT I ON P L A NS
MODEL WIDTH 355 MODEL HEIGHT 389 PRINT TIME 2d2h58m THICKNESS 2mm SUPPORT YES ADHESION YES PROFILE FAST CHOSEN VARIATION
D IG ITA L P ROT O T Y PE
3D PRINT STATS
FABRICATION PLANS