Syllabus

Schedule

Initial assignments

Report Guidelines

Combustion Experiment Guidelines

Expectations for teams

Copyright Agreement form

Image Assessment Form (.pdf) (.doc)

Camera equipment spreadsheet

Flow Facilities and Equipment List

Soap Film Tunnel Manual

Flume and Dye System Manual

Spring 2013: Lecture TR 11:00-12:15 Fleming 156.
Auditors and visitors are welcome as long as seats are available.

Prof. Jean Hertzberg

e: hertzberg@colorado.edu
p: 303.492.5092
Professor website: http://stripe.colorado.edu/~hertzber/
Personal professional photography site:BizHertzberg.com

427 UCB
Dept. of Mechanical Engineering
U. of Colorado - Boulder, 80309

Office: ECME 220
Office hours: Tuesdays 4:30 to 5:30, and Fridays 1-3 pm. I am traveling a bit this semester, so phone 2-5092 for the Friday times to make sure I'm here.

D2L website, for submission of work.

01) Discussion of expectations; syllabus, schedule and initial assignments
02) Concluding expectations discussion. Overview: choices about images, fluid phenomena in terms of forces
03) Overview, Part 2. FV techniques: boundary seeding, index of refraction and particle tracking. Start of phography; framing
04) Intro to photography. Framing. Cameras. Lenses: focal length, focus, macro, apterture, DOF
05) Intro to Photoshop.
06) Intro to photography 2. Exposure, shutter speed, ISO.
07) Atmosphere layers, intro to Skew-T.
08) Cloud physics, atmospheric instability;
09) Cloud physics; orographic and synoptic uplift.
10) Teamwork, facilities and equipment for checkout. Example images.
11) Vortex dynamics. Spatial and temporal resolution Part 1
12) Resolution Part 2; motion blur. Lens cleaning techniques.
13) Dye techniques. Light-matter interactions
14) Luminescent fluids
15) Particle behavior and smoke generation.
16) Particle generation in air
17) Index of refraction techniques, including schlieren.
18) More on Schlieren and its variants.

01) Discussion of expectations; syllabus, schedule and initial assignments
02) Concluding expectations discussion. Overview: choices about images, fluid phenomena in terms of forces
03) Overview, Part 2. Fluid phenomena in terms of forces, FV techniques: boundary seeding, index of refraction and particle tracking.
04) Intro to photography. Framing. Cameras. Lenses: focal length
05) Intro to Photoshop.
06) Intro to photography. Focus, macro, apterture, DOF, exposure, ISO.
07) Short. Atmosphere layers.
08) Cloud physics; intro to Skew-T.
09) Cloud physics; Skew-T, stable vs unstable.
10) Cloud types and formation mechanisms.
11) Finish clouds. Team expectations and behaviors.
12) Facilities and equipment for checkout. Example images.
13) Facilities continued.
14) Vortex dynamics.
15) Spatial and temporal resolution.
16) Resolution continued.
17) Dye techniques.
18) Light-matter interactions, luminescent fluids
19) Particle behavior and considerations.
20) Particle generation in air
21) Particle generation in water
22) Index of refraction techniques, including schlieren.
23) Discussion of art and science; differences and similarities.

01) Discussion of expectations; syllabus, schedule and initial assignments
02) Concluding expectations discussion. Overview: choices about images, fluid phenomena in terms of forces
03) Overview, Part 2. Fluid phenomena in terms of forces, FV techniques: boundary seeding.
04) Intro to photography. Framing. Cameras. Lenses: focal length
05) Intro to Photoshop.
06) Overview, Part 3. Index of refraction, particle tracking techniques.
07) Image compression, aperture, exposure, shutter speed, ISO.
08) Cloud physics; intro to Skew-T.
09) Cloud physics; Skew-T, stable vs unstable.
10) Cloud types and formation mechanisms.
11) Finish clouds. Team expectations and behaviors.
12) Facilities and equipment for checkout. Example images.
13) Spatial and temporal resolution.
14) Admin; resources. Anticrepuscular rays.
15) Dye techniques.
16) Dye techniques, particle behavior.
17) Particle behavior and considerations.
18) Particle generation in air
19) Particle generation in water
20) Index of refraction techniques, including schlieren.

Overview of flow visualization; 4 lectures
Introduction to photography, Part 1
Introduction to photography, Part 2
Teamwork
Facilities and Equipment
Flow Physics 1:Vortex Dynamics
Reports requirements update, Spatial resolution(3/12/10)
Space/Time resolution, Dye techniques (3/15/10)
More dye techniques (3/17/10)
Color Management by Jo Kirkenaer, Infoprint. Avi video, 51 minutes, 220 Mb (2/19/10)
References on Color Management (2/17/10)
Physics of particles in flows (4/7/10)
Particles and light (4/9/10)
What is science? What is art? (4/14/10)
Particle generation techniques for air (4/19/10)
Particle generation techniques for water (4/19/10)
Technology of art (4/16/10)