...ful inward-flow turbine, in 1838. Inward flow resulted in smaller, less expensive wheels that ran...

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Transcript of ...ful inward-flow turbine, in 1838. Inward flow resulted in smaller, less expensive wheels that ran...

Page 1: ...ful inward-flow turbine, in 1838. Inward flow resulted in smaller, less expensive wheels that ran at higher speeds than outward-flow wheels. Around 1849, James B, Francis improved
Page 2: ...ful inward-flow turbine, in 1838. Inward flow resulted in smaller, less expensive wheels that ran at higher speeds than outward-flow wheels. Around 1849, James B, Francis improved
Page 3: ...ful inward-flow turbine, in 1838. Inward flow resulted in smaller, less expensive wheels that ran at higher speeds than outward-flow wheels. Around 1849, James B, Francis improved
Page 4: ...ful inward-flow turbine, in 1838. Inward flow resulted in smaller, less expensive wheels that ran at higher speeds than outward-flow wheels. Around 1849, James B, Francis improved
Page 5: ...ful inward-flow turbine, in 1838. Inward flow resulted in smaller, less expensive wheels that ran at higher speeds than outward-flow wheels. Around 1849, James B, Francis improved
Page 6: ...ful inward-flow turbine, in 1838. Inward flow resulted in smaller, less expensive wheels that ran at higher speeds than outward-flow wheels. Around 1849, James B, Francis improved
Page 7: ...ful inward-flow turbine, in 1838. Inward flow resulted in smaller, less expensive wheels that ran at higher speeds than outward-flow wheels. Around 1849, James B, Francis improved
Page 8: ...ful inward-flow turbine, in 1838. Inward flow resulted in smaller, less expensive wheels that ran at higher speeds than outward-flow wheels. Around 1849, James B, Francis improved