http://book.klll.cc/ebooks/51567.opds 2025-09-04T20:02:33Z Die Geschichte der Dampfmaschine bis James Watt by Max Geitel Free eBooks since 1971. Project Gutenberg https://book.klll.cc webmaster@gutenberg.org https://book.klll.cc/gutenberg/favicon.ico 25 1 2025-09-04T20:02:33Z Die Geschichte der Dampfmaschine bis James Watt

This edition had all images removed.

Title: Die Geschichte der Dampfmaschine bis James Watt

Credits: Produced by Peter Becker and the Online Distributed
Proofreading Team at http://www.pgdp.net

Summary: "Die Geschichte der Dampfmaschine bis James Watt" by Max Geitel is a historical account likely written in the early 20th century. The book delves into the intricate development of the steam engine, discussing the contributions of many inventors and theorists leading up to James Watt, who is often credited with perfecting the technology. Its exploration not only highlights technological advancements but also situates these within the cultural and scientific contexts of their time. At the start of this work, the author reflects on the importance of understanding the evolution of the steam engine, noting that numerous cultures have documented relevant developments throughout history. Geitel introduces a series of key figures from ancient to modern times, such as Heron of Alexandria and Dionysius Papin, establishing a framework for the discussion of patents issued in England and their significance. He emphasizes that the steam engine's history is not just the tale of one inventor, but a collective effort spanning centuries, indicating a rich tapestry of inventions and studies that laid the groundwork for Watt's contributions and their lasting impact on technology and industry. (This is an automatically generated summary.)

Reading Level: Reading ease score: 70.0 (7th grade). Fairly easy to read.

Author: Geitel, Max, 1853-1926

EBook No.: 51567

Published: Mar 26, 2016

Downloads: 167

Language: German

Subject: Steam-engines -- History

LoCC: Technology: Mechanical engineering and machinery

Category: Text

Rights: Public domain in the USA.

urn:gutenberg:51567:2 2016-03-26T00:00:00+00:00 Public domain in the USA. Geitel, Max de 1
2025-09-04T20:02:33Z Die Geschichte der Dampfmaschine bis James Watt

This edition has images.

Title: Die Geschichte der Dampfmaschine bis James Watt

Credits: Produced by Peter Becker and the Online Distributed
Proofreading Team at http://www.pgdp.net

Summary: "Die Geschichte der Dampfmaschine bis James Watt" by Max Geitel is a historical account likely written in the early 20th century. The book delves into the intricate development of the steam engine, discussing the contributions of many inventors and theorists leading up to James Watt, who is often credited with perfecting the technology. Its exploration not only highlights technological advancements but also situates these within the cultural and scientific contexts of their time. At the start of this work, the author reflects on the importance of understanding the evolution of the steam engine, noting that numerous cultures have documented relevant developments throughout history. Geitel introduces a series of key figures from ancient to modern times, such as Heron of Alexandria and Dionysius Papin, establishing a framework for the discussion of patents issued in England and their significance. He emphasizes that the steam engine's history is not just the tale of one inventor, but a collective effort spanning centuries, indicating a rich tapestry of inventions and studies that laid the groundwork for Watt's contributions and their lasting impact on technology and industry. (This is an automatically generated summary.)

Reading Level: Reading ease score: 70.0 (7th grade). Fairly easy to read.

Author: Geitel, Max, 1853-1926

EBook No.: 51567

Published: Mar 26, 2016

Downloads: 167

Language: German

Subject: Steam-engines -- History

LoCC: Technology: Mechanical engineering and machinery

Category: Text

Rights: Public domain in the USA.

urn:gutenberg:51567:3 2016-03-26T00:00:00+00:00 Public domain in the USA. Geitel, Max de 1