para
ROOF Kyle Rogler
DAIRY FARMING IN KUDAMM
SS2010
DIA
prof. Dendra
Floor Plan 1:100
Swissotel Axometric
Site Program Diagram
Section Deformation
para
ROOF Kyle Rogler
Parasite & Host Diagram
DAIRY FARMING IN KUDAMM
SS2010
DIA
prof. Dendra
TRANSPORTATION
COW DIARY FARMING
URBAN FARMING
GOAT DAIRY FARMING
para
ROOF Kyle Rogler
DAIRY FARMING IN KUDAMM
SS2010
DIA
prof. Dendra
Traditional pitch roof of a Chalet
Urban Context and Views Outward
Branching out to expand the program
Branching out to help divide circulation
Height adjustment to optimize solar radiation
Section of the Mountainous Swissotel
Division of programmatic elements
para
ROOF Kyle Rogler
DAIRY FARMING IN KUDAMM
SS2010
DIA
prof. Dendra
Parasite Open Source Design: Mallee Fowl Nest
Overall Roof Form:
Research done by Victoria Bradbrook
The deformations and changes in the roof ridges were to help create positive and negative pressures with the western wind. Each room has its own negative pressure and can be ventilated independently of each other.
SOLAR RADIATION Cheese Cave Program
Nighttime Flush/Expel Heat:
This mode draws in from the air from the bottom vent to provide displacement cooling. Through stratification and pressure, the air goes to the top vents to the negative pressure zone of the building.
MALLE FOWL NEST:
As a precedent, the Mallee Fowl was used to find ways of maintaining a constant temperature for its eggs. These principles were translated into design to help maintain the temperature of the cheese.
SHADOW RANGE DURING SUMMER SOLSTICE
Too Cold:
Maintain Heat, Heat Exchangers, increase solar radiation.
PRODUCED Ideal: BY AN AUTODESK EDUCATIONAL Too Hot: PRODUCT
Maintain Conditions, ventilate for fresh air.
Ventilate for cooling, night flush, reduce radiation.
Ideal:
Maintain Conditions, ventilate for fresh air.
Heat Stack Effect:
25
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
When there is no to minimal wind, the vents can hope and act as a chimney system to expel heat. As cheese gives off heat during maturing processing, this provides the heat to make a stacking effect with minimal height.
20 15 10 5 0 -5 JAN
FEB
MAR
APR MAY
JUNE JULY AUG
SEP
OCT
NOV
DEC
SHADOW RANGE DURING WINTER SOLSTICE