1. Types
1.1 vertical
1.1.1 overshot
55-70%
1.1.2 breast-shot
high breast-shot
45-65%
middle
35-45%
low
30-35%
1.1.3 undershot
15-25%<
1.1.4 Modern Fitz I-X-L steel overshot
73-93%
1.1.5 pitch-back
55-65-80%
1.2 horizontal
1.3 flutter
1.3.1 20%<
2. calculations
2.1 head=height
2.2 Calculate how much electricity
2.3 Needed minimums: 9-feet of head, 800gpm (US-gallons per minute)
3. efficiency at the axle
3.1 Lydia-Mill-Case-Study.pdf
3.2 Untitled
3.3 Waterwheels-Information-Paper.pdf
3.4 efficiency in electricity production (at the generator)
3.4.1 0.55%
4. plans
4.1 How to produce electricity
4.2 stamping wheel (to crush material)
4.3 design of a mill
4.3.1 to do - look at these
5. construction
6. blades
7. good places to build
7.1 GORNA DIKANYA
7.1.1 LS CALCULATIONS
head, воденица.xlsx
7.2 SHUMNATICA, RODOPI
8. Manufacturers of waterwheels
8.1 The Fitz Water Wheel Company, Hannover, Pensylvania
8.2 HYDROWATT.DE
8.3 HYDROWATT GMBH
9. Operational Water Wheels Today
9.1 Jewel Mill, Rowley, Massachusetts
9.2 Шумнатица, България
9.3 Watermills Pliva Jajce Bos
9.4 Етъра, Габрово, БГ
9.5 Untitled
10. mill stones
10.1 wallower
10.2 pit wheel
11. ORGANIZATIONS
11.1 SELLERS
11.1.1 SPOOM
11.1.2 Sullivan's Water Wheels
About
Title
Water Wheel
Subject
-
Company
-
Author
Mindjet
Version
41
Comments
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