MEEB: Ch 1; HESCHONG: p 1-17. Activity 1: Casing the Joint. Project#1:
assigned Energy. Th Jan 11. THERMAL COMFORT. MEEB: Ch 4; HESCHONG: p
...
ARCH 4/591 ENVIRONMENTAL CONTROL SYSTEMS I Department of Architecture | University of Oregon | Winter 2007 WEEK
DATE
LECTURE TOPIC
READINGS (see notes below)
SECTION ACTIVITY
PROJECT NOTES
1
Tu Jan 9
DESIGN and ECS
MEEB: Ch 1; HESCHONG: p 1-17
Activity 1: Casing the Joint
Project#1: assigned Energy
Th Jan 11
THERMAL COMFORT
MEEB: Ch 4; HESCHONG: p 18-49; OLGYAY: DWC Ch II
Tu Jan 16
SOLAR GEOMETRY FUNDAMENTALS
MEEB: Ch 6; LECHNER: Ch 6; UCB: Reading 20, 22
Activity 2: Solar Transit
Project#1: due Project#2: assigned Shading
Th Jan 18
RADIATION & SOLAR GEOMETRY APPS
OLGYAY & OLGYAY: Ch VIII OLGYAY: DWC Ch VII
F Jan 19
12:00-12:30 Workshop: Sun Angle Calculator, Dianne Ahmann in the Baker Lab
Tu Jan 23
BIOCLIMATIC DESIGN and MATERIALS
MEEB: 7.1-7.7; UCB: Reading 15
Th Jan 25
DESIGN HEAT GAIN & LOSS
MEEB: 7.8-7.9
F Jan 26
12:00-12:30 Workshop: Wall Section Heat Loss; Ady Leverette in the Baker Lab ASHRAE Annual Meeting Dallas, TX Jan. 27 - Feb 6
Tu Jan 30
PASSIVE SOLAR HEATING SYSTEMS Guest:
MEEB: 4.4-4.5, 8.4; SWL: p 48-50, 169-181
Th Feb1
ACTIVE HEATING SYSTEMS
MEEB: p 393-399, 9.7; Moore: Ch 19
F Feb 2
12:00-12:30 Workshop: Passive Heating Strategies, Matt Travis in the Baker Lab
Tu Feb 6
CASE STUDIES
Review WWW pages noted in case study assignment
Th Feb 8
ACTIVE SOLAR ENERGY SYSTEMS
MEEB: Ch 29; p 927-941; SWL: p 234-236
F Feb 9
12:00-12:30 Workshop: Hypotheses; Matt Travis/Pete Henne in the Baker Lab
Tu Feb 13
DESIGN HEAT GAIN
2
3
4
5
6
GZIK: pt 1 and pt 2
Case Study: assigned
Activity 3: REVIEW Shading Device Models
Project#2: due Project #3: assigned Wall
Activity 4: Heat Gains & Losses
Project #3: due Project #4: assigned Studio
Activity 5: Hypothesis
Project#4: due
Activity 6: REVIEW Case
CASE STUDY part 1: due
Study Methods Review
7
8
9
10
Th Feb 15
PASSIVE COOLING SYSTEMS Guest: Prof. John Reynolds
MEEB: 4.3, 8.6; Green: Passive Cooling; SWL: p 13-21
F Feb 16
12:00-12:30 Workshop: Excelling with Data, Sam Jensen Augustine, Pete Henne in the Baker Lab
Tu Feb 20
ACTIVE COOLING SYSTEMS GLOBAL TEACH-IN 2010 Imperative
MEEB: p 399-414
Th Feb 22
HVAC SYSTEM CONCEPTS
MEEB: 10.1-10.2
F Feb 23
12:00-12:30 Workshop: Psychrometrics, Ady Leverette/Pete Henne. in the Baker Lab
Tu Feb 27
HVAC SYSTEM APPLICATIONS
MEEB: 10.4-10.9
Th Mar 1
HVAC: DESIGN FOR THERMAL ZONING
Allen: p.139-193
Tu Mar 6
GREEN DESIGN and BEYOND
LEED: NC-2.2 p 1-19, 22-23, 31-38; Wells: “Absolutely/Incontestably”
Th Mar 8
VERTICAL TRANSPORTATION
MEEB: 31.1-31.30, 32.1-32-5
Mar 12-16
REVIEW WEEK (no ECS lectures)
Sat Mar17 noon
Turn in Case Study: disk and hard copy
M March 19 1:00–3:00PM
CASE STUDY PRESENTATIONS
Activity 7: Going It Alone
CASE STUDY part 2: due
Activity 8: Design Charrette
CASE STUDY part 3: due
Activity 9: Balance Point Game
REVIEW WEEK (no sections)
READING NOTES: required readings are to be completed prior to the lecture with which they are associated; they provide the background for in-class lecture and discussion. In addition to MEEB (Mechanical and Electrical Equipment for Buildings, 10th edition) and Heschong: Thermal Delight in Architecture, the following reserve readings are included (via online course reserves or physical reserve in the AAA Library): Allen: The Architect’s Studio Companion, 3rd edition; Green: article “Passive Cooling”; GZIK: online notes (http://www99.pair.com/vsfamu/et2/descool1.htm and http://www99.pair.com/vsfamu/et2/descool2.htm); LEED: www.usgbc.org – navigate to LEED NC 2.2; Lechner: Heating, Cooling, Lighting, 2nd edition; Olgyay: Design with Climate; Olgyay&Olgyay: Solar Control and Shading Devices; SWL: Sun, Wind and Light; UCB: UC Berkeley readings; Wells: article “Absolutely/Incontestably.”
