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L2 Environmental Adaptation 4/3/08 ARCH 3/431 • Spring 2008 1 Environmental Adaptation Place Responsive Design ARCH 331/431 Spring 2008 Lecture 2 announcements 4/3/08 course website: http://courses.washington.edu/arch3431/index.shtml Course materials (readings, assignments, lectures, references and website links) will be posted on this site - soon. lecture slides: PowerPoint lecture slides will be posted on the course website following lecture. They will be posted as PDF documents in two versions: 6 slides per page (for printing); 2 slides per page for viewing on your computer. A1: Case Study of Climate Responsive Design Send your proposed case study proposals to your discussion section instructor for approval.

announcements 4/3/08

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Page 1: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 1

Environmental AdaptationPlace Responsive Design

ARCH 331/431 Spring 2008Lecture 2

announcements 4/3/08

course website:

http://courses.washington.edu/arch3431/index.shtml

Course materials (readings, assignments, lectures, references and website links)will be posted on this site - soon.

lecture slides:

PowerPoint lecture slides will be posted on the course websitefollowing lecture. They will be posted as PDF documents in twoversions: 6 slides per page (for printing); 2 slides per page forviewing on your computer.

A1: Case Study of Climate Responsive Design

Send your proposed case study proposals to your discussionsection instructor for approval.

Page 2: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 2

Factors & Forces that Shape Buildingsand influence the quality of human experience in the built environment

USE

program, size, scale

PLACE

site, context,climate

EXPRESSION

Image, spatialexperience, aestheticpreference

Thermal Building Types

ENVELOPE DOMINATED

• typically small buildings

• low internal heat gains

• space heating determined by heat loss through theenvelope.

• relatively high balance point temperature

INTERNAL LOAD DOMINATED

• typically larger buildings

• high internal heat gains

• space cooling requirements determined by heat gainsfrom people, lights and equipment within the building

• relatively low balance point temperature

Page 3: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 3

Tulum, Mexico

Timberline, Oregon

Page 4: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 4

Mechanisms for Environmental Adaptation

1. LOCATION• orientation• juxtaposition• migration

2. FORM• shape• surface-to-volume ratio (susceptibility to environmental stress)• envelope & openings

3. METABOLISM (chemical conversion)• fire• evaporation

Page 5: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 5

Greece

Africa

Cliff Palace

Mesa Verde, Colorado

LOCATION

Orientation

Juxtaposition

Migration

Page 6: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 6

LOCATION

Orientation

Juxtaposition

Migration

Page 7: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 7

LOCATION (dominant paradigm)

Orientation?

Juxtaposition?

Migration?

Page 8: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 8

FORM (dominant paradigm)

shape?

surface-to-volume ratio?

envelope & openings?

Page 9: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 9

Page 10: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 10

LOCATION

Orientation

Juxtaposition

Migration

FORM

Shape

surface-to-volume ratio

envelope & openings

Page 11: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 11

LOCATION

Orientation

Juxtaposition

Migration

Acoma Pueblo, New Mexico

Page 12: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 12

LOCATION

Orientation

Juxtaposition

Migration

LOCATION

Orientation

Juxtaposition

Migration

Page 13: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 13

location: migration

Page 14: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 14

location: orientation

location: orientation

Page 15: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 15

form: surface-to-volume ratio

Area = 1 x 1 x 5 = 5

Volume = 1 x 1 x 1 = 1

Surface/Volume = 5/1 = 5

Area = 2 x 2 x 5 = 20

Volume = 2 x 2 x 2 = 8

Surface/Volume = 20/8 = 2.5

form: surface-to-volume ratio

Page 16: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 16

form: shape

form: surface-to-volume ratio

Page 17: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 17

form: surface-to-volume ratio

form: envelope and openings

Page 18: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 18

OPEN FRAME

Sioux Tipi: Hailey, Idaho

Airport Terminal at Riyadh, Saudi ArabiaSOM Architects

Page 19: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 19

American Heritage Center,Laramie, WyomingAntoine Predock

CLOSED SHELL

Page 20: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 20

Taos Pueblo: Taos, New Mexico

La Vereda: Santa Fe, New MexicoMazria Architects

Pueblo Bonito, Chaco CanyonNorthwestern New Mexico

Page 21: announcements 4/3/08

L2 Environmental Adaptation 4/3/08

ARCH 3/431 • Spring 2008 21

Presbyterian Heart ClinicAlbuquerque, NMAntoine Predock

The Beach, Albuquerque, NMAntoine Predock