Babin, Bykov – Standard calculations for pipeline construction
This textbook covers the basic calculations for trunk pipelines during design, construction, and operation. It covers calculation methods for selecting optimal trunk pipeline routes, hydraulic calculations for pipelines, strength, stability, and displacement calculations for underground pipelines, calculations for pipeline construction in difficult conditions, crossing natural and artificial obstacles, and calculations for internal cleaning periods, testing, and corrosion protection.
This textbook can be used by engineering and technical personnel involved in the design and construction of trunk oil and gas pipelines.
In the near future, the main challenge facing the oil and gas construction industry is the creation of unified gas and oil transportation systems to utilize the fuel and raw material resources of the Far North, Western Siberia, and Central Asia, which face challenging topographic, hydrogeological, and climatic construction conditions.
Under these conditions, training engineers for the construction of trunk pipeline systems, capable of solving scientific and technical problems and organizing and managing work in the industry, is of paramount importance.
Improving methods for designing and constructing trunk pipelines has necessitated the development of new theoretical areas related to pipeline strength and stability calculations, selecting optimal routes, and laying pipelines in challenging conditions such as rivers, swamps, deserts, and permafrost. Research, design, and engineering organizations and universities have accumulated significant experience in trunk pipeline design technology. However, this information is scattered across various reference books and textbooks, making it difficult to use in university teaching.
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