Development of multifactor computational models for solving geotechnical problems
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Development of multifactor computational models for solving geotechnical problems using artificial intelligence methods: an analytical review.
A search and analysis of modern scientific and technical literature on the impact of physical processes on materials, examples of their application for solving problems of constructing bored-injection piles, examples of application to materials to determine possible methods of constructing bored-injection piles and pile foundations, mechanisms of material impact, methods and technologies of controlled impact on environments with characteristics typical for fine-grained concrete, capabilities and prospective installations for creating hydraulic impacts up to 100.0 kJ.
For engineers and construction industry workers.
A search and analysis of modern scientific and technical literature on the impact of physical processes on materials, examples of their application for solving problems of constructing bored-injection piles, examples of application to materials to determine possible methods of constructing bored-injection piles and pile foundations, mechanisms of material impact, methods and technologies of controlled impact on environments with characteristics typical for fine-grained concrete, capabilities and prospective installations for creating hydraulic impacts up to 100.0 kJ.
For engineers and construction industry workers.
Author:
Author:Sokolov Nikolay Sergeevich
Cover:
Cover:hardcover
Category:
- Category:Computer & Technology
Dimensions:
Dimensions:22x15.7x2 cm
ISBN:
ISBN:978-5-9729-1689-4
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