Earthwork Slips and Subsidences upon Public Works
by OpenStories
Original author: John Newman
"Earthwork Slips and Subsidences upon Public Works" by John Newman is a scientific publication written in the late 19th century. This comprehensive work addresses the frequent and costly issues of earthwork slips and subsidences that arise in the construction and maintenance of public works such as railways, docks, and canals. It aims to provide engineers and construction workers with insights into the causes, prevention, and repair of these engineering challenges. The opening of the work sets the stage for an in-depth exploration of the primary causes of earthslips and subsidences, highlighting the complexity and variability of the earth's composition and external influences. Newman discusses the interplay of natural factors—including weather and geological conditions—and human activities that can lead to instability in earthworks. He emphasizes the need for careful planning and site management, introducing the fundamental principles that should be considered to minimize the risk of slips, while also recognizing the inevitable challenges posed by nature’s forces.
Earthwork Slips and Subsidences upon Public Works, by John Newman. Republished by OpenStories from Project Gutenberg eBook #56132.
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19 Chapters
- 1.Preface550 words
- 2.Introduction: General Considerations—enumeration of the Primary Causes3,636 words
- 3.Chapter II (1)8,789 words
- 4.Chapter II (2)3,916 words
- 5.Chapter III2,535 words
- 6.Chapter I: , &c. Some of the most important operations to prevent slips2,679 words
- 7.Chapter IV6,055 words
- 8.Chapter XII: On no account should a spring be stopped, as such action1,862 words
- 9.Chapter V3,717 words
- 10.Chapter VI5,969 words
- 11.Chapter VII9,923 words
- 12.Chapter VIII5,203 words
- 13.Chapter IX5,300 words
- 14.Chapter X5,584 words
- 15.Chapter II: , but probably the worst earth in which a canal can be made3,700 words
- 16.Chapter XI673 words
- 17.Chapter V: Thus the upward and relieved pressure 0·85 + 1·65 equals 2·505,962 words
- 18.Chapter XII2,083 words
- 19.Chapter V: and by the insertion of a cylinder, with a properly designed4,273 words