Designed and built by Fred Graue, a German immigrant, together with William Asche, the Old Graue Mill began operating around 1852 and served the village of Brush Hill (Hinsdale) until World War I. Its undershot waterwheel, wooden gearing system, belt power transmission, bucket elevators, and related bolters and sifters were representative of an ancient technology that began with Roman engineer Vitruvius. It ground wheat, corn, oats, and buckwheat in an era that was on the threshold of the Industrial Revolution.
ASME
Term Image
YearAdded:
Image Credit:
Public Domain (Historic American Buildings Survey)
Image Caption:
Graue Mill
Era_date_from:
1852
1981
Commercial pineapple production began in Hawaii about 1890. Fruit was hand-peeled and sliced to match can sizes for export. In 1911 James D. Dole hired Henry G. Ginaca to design a machine to automate the process. As fruit dropped through the Ginaca machine, a cylinder was cut to proper diameter, trimmed top and bottom, and cored. This machine more than tripled production, making pineapple Hawaii's second largest crop.
YearAdded:
Image Credit:
Public Domain (United States Patent)
Image Caption:
Ginaca Pineapple Processing Machine
Era_date_from:
1911
1993
The Georgetown Steam Plant, a surprisingly complete and operable steam power plant after a career of nearly seventy-five years, was built in the early 1900s when Seattle's inexpensive hydroelectric power attracted manufacturers. Much of the power produced at this plant operated the streetcars.
YearAdded:
Image Credit:
Courtesy Flickr/wneuetc (CC BY-ND 2.0)
Image Caption:
Georgetown Steam Plant
Era_date_from:
1906
1980
Between its opening in 1888 and the mid-1920s, Georgia Tech took a leading role in transforming mechanical engineering education from a shop-based, vocational program to a professional one built on rigorous academic and analytical methods.
Led by John Saylor Coon (1854-1938), a founding member of ASME, this curriculum merged theoretical understanding with practical experience. By bringing Coon on board so soon after the school's founding, Tech began this transition almost from day one, even though it took three decades to completely effect it.
YearAdded:
Image Credit:
Public Domain (Copyright Expired)
Image Caption:
On Left: Georgia Tech's shop building
2000
On Right: Tech Tower
Photo circa 1899 Era_date_from: 1888
The Garfield Thomas Water Tunnel is a unique experimental facility for hydrodynamic research and testing. The 48-inch (1.2-meter) diameter water tunnel enables the research staff to conduct basic and applied investigations in the fields of cavitation, hydroacoustics, turbulence, transition, hydrodynamic drag, and hydraulic and subsonic turbomachinery. Instrumentation and testing methods have been developed to study noise, vibration, vehicle dynamics, and the interaction between the propulsor and vehicle body.
YearAdded:
Image Credit:
Courtesy WikiCommons/CyberXRef (CC BY-SA 3.0)
Image Caption:
Entrance to the Garfield Thomas Water Tunnel
Era_date_from:
1949
1996
This fusion-welded drum, tested during 1930, was the first in a series tested at Combustion Engineering Inc. that led to the industrial acceptance of welding for the fabrication of boiler drums. Replacing riveting for steam power plants, electric arc fusion welding permitted increased efficiencies through higher working pressures and temperatures and fabrication of larger units of improved safety. Welding was then rapidly extended to fabrication using optimum alloys for pressure vessel and structural application.
Papers published by A. J.
YearAdded:
Image Credit:
Image source: Engrailhistory.info
Image Caption:
Fusion-welded Test Boiler Drum
Era_date_from:
1930
1980
The Fresno scraper established the basis for the modern earthmoving scraper, being able to scrape and move a load of soil, then discharge it at a controlled depth. It quadrupled the productivity of manual labor, replacing hand shoveling of earth into horse carts.
YearAdded:
Image Credit:
Courtesy Flickr/Alisha Vargas (CC BY 2.0)
Image Caption:
Fresno Scraper
Era_date_from:
1883
1991
The historic Folsom Power House #1 marks one of the first successful uses of hydroelectric power in the world and the first successful transmission of power long distance (twenty-two miles to Sacramento). The old Folsom Power House still shelters the machinery generated to drive streetcars and illuminate the city of Sacramento.
YearAdded:
Image Credit:
Public Domain (Author's Choice)
Image Caption:
Folsom Powerhouse on the American River, at Folsom Powerhouse State Historic Park, California, USA
Era_date_from:
1895
Squeezing an orange for juice is part of the concept of this machine, only on a much larger scale. The extractor revolutionized the juice industry. The twenty-four head rotary action simultaneously extracts juice from the interior of the fruit and citrus oil from the peel surface. The first unit was operated experimentally on grapefruit at the Sunkist Exchange plant in Tempe, Arizona, during late May of 1946. Tests on citrus fruits continued in California, Texas, and Florida.
YearAdded:
Image Credit:
Courtesy ASME
Image Caption:
FMC Citrus Juice Extractor
Era_date_from:
1947
1983
The F&CH Cable Railway, which opened in 1887, was designed and built by civil engineer Howard C. Holmes (1852-1921). The line is an amalgamation of the Powell Street Railway and the Park and Cliff House Railway. It was one of the most complicated cable-car systems to run from a single station and had been under construction two years prior to its opening.
Andrew Hallidie, a wire rope manufacturer, devised the first operating cable car in the United States in 1873, which ran on Clay Street hill.
YearAdded:
Image Credit:
Courtesy Wikipedia/Caroline Culler (CC BY-SA 3.0)
Image Caption:
Ferries & Cliffhouse Cable Railway Power House
Era_date_from:
1887
1973
