WiNDMiLLS for Irrigation - 1897 US Geological Comparative Survey – NEW reprint

Description

Windmills for Irrigation, Water-Supply and Irrigation Papers of the United States Geological Survey No. 8
, originally published by the United States Geological Survey, Department of the Interior (Government Printing Office, Washington, D.C.), 1897. Reprinted in 2004 by Nation Builder Books, Leesburg, VA. 5½ x 8½ softcover, 49 pages plus eight plates of black & white photos.
This is one of the primary sources in all histories of American windmills. It is an exhaustive comparison of some of the leading windmill makes of the day, chock full of statistics and charts. The basic measure on which each windmill is judged is strokes per pump per velocity of wind. It is amazing to see how differently the various windmills performed over the range of wind speeds from five to thirty miles per hour.
Please note this is a new, photoduplicated reproduction, not and originals. The accompanying pictures were scanned from a reprint, not the original.
Table of Contents:
Introduction
Wells near Garden, Kansas
Pumps
Instruments and methods:
Description of mills tested:
Mill No. 1 (results incomplete)
Mill No. 2 (12-foot Woodmanse Mogul, Woodmanse-Hewitt Manufacturing Co., Freeport, Ill.)
Mill No.3 (12-foot Aermotor, Aermotor Co., Chicago, Ill.)
Mill No. 4 (8-foot Ideal, Stover Manufacturing Co., Freeport, Ill.)
Mill No. 5 (8-foot Aermotor)
Mill No. 6 (8-foot Gem, United States Wind Engine & Pump Co., Kansas City, Mo.)
Mill No. 7 (12-foot Aermotor)
Mill No. 8 (10-foot Star, Bradley, Wheeler & Co., Kansas City, Mo.)
Mill No. 9 (16-foot Aermotor)
Mill No. 10 (8-foot Ideal)
Mill No. 11 (12-foot Ideal)
Mill No. 12 (14-foot Ideal)
Mill No. 13 (12-foot Aermotor)
Mill No. 14 (12-foot Gem)
Mill No. 15 (10-foot Gem)
Mill No. 16 (10-foot Halliday)
Mill No. 17 (12-foot improved Gem)
Mill No. 18 (8-foot Ideal on 36-foot wooden tower)
Mill No. 19 (12-foot Gem)
Mill No. 20 (15½-foot Jumbo)
Mill No. 21 (12-foot Halliday)
Mills Nos. 23 to 24 (results incomplete)
Mill No. 25 (8-foot Fairbanks-Morse)
Mill No. 26 (14-foot Perkins, Perkins Windmill Co., Mishawaka, Ind.)
Mill No. 27 (12-foot Aermotor)
Discussion of the results
Relation between wind velocity and strokes
Useful work in horsepower
Comparison of back-geared and direct-stroke mills
Pump load due to well point
Useful work done in a given time
Power mills
Total energy of the wind
Efficiency of mill
General conclusions
Index
Please note this is a new, photoduplicated reproduction, not and originals. The accompanying pictures were scanned from a reprint, not the original.