Руководство по проведению инженерных изысканий ускоренными методами разработано Производственным и научно-исследовательским институтом по инженерным изысканиям в строительстве Госстроя СССР.

В Руководстве изложены основные правила поисков, разведки и опробования грунтовых материалов, используемых при строительстве энергетических сооружений. Приведены требования к камеральной обработке результатов полевых и лабораторных работ, выбору расчетных характеристик свойств грунтов и составлению отчетных материалов.

Руководство рассчитано на инженеров-геологов, работающих на изысканиях для энергетического строительства, и предназначено для использования при подготовке технического задания, составлении программы и проведении поисково-разведочных работ <...>

Изложены основные требования по технологии и механизации земляных работ в различных условиях, в том числе при реконструкции производственных предприятий в условиях сложившейся городской застройки, обводненных и мерзлых грунтов и др. Описаны рациональные средства механизации, оборудование и приспособления. 

Для рабочих строительных специальностей.

There has been very positive feedback from practicing engineers, who need a “go to’’ book, and who have suggested various additions. This encouragement now results in this 2nd edition which uses the similar format of summary data tables and expands the book with additional tables as well as some corrections and additional notes to the tables of the 1st edition.
This book is is principally a data book for the practicing Geotechnical Engineer and Engineering Geologist, which covers:

Пятилетняя работа в области почвенно-дорожных исследований, составляя одну из крупных заслуг почвоведения, была полна трудностями. Между идеей и ея осуществлением лежит огромный творческий путь, во время которого формируется прикладное и практическое применение научной дисциплины.

Development and use of polymeric materials in the form of geosynthetics and fibres as a new class of construction materials have revolutionized the infrastructure and the environmental protection works in the construction industry during the past three to four decades. Geosynthetics are available in a wide range of compositions appropriate to different applications and environments.

Constitutive models are fundamental training for graduate students in geotechnical engineering. For a long time, however, these models have lacked a simple and easy-to-understand platform for learning, training and practice between the theory and practice of soil mechanics and geotechnical engineering. Many engineers and practitioners, and even some researchers, have reservations about this topic. There is a mismatch between research and application. Especially in recent years, constitutive models aiming at refined simulations have been continuously developed, with increasing complexity and parameters. In addition, difficulties in parameter calibration have given rise to barriers to their use in geotechnical engineering. Therefore, the establishment of a simple, easy-to-understand, easy-to-use learning, training and practice platform can serve as a bridge between theory and practice. This book, with its supporting platform software, is a welcome attempt to make constitutive models more accessible to both researchers and practitioners alike. <...>

Part I Landslide Interactions with the Built Environment Session Introduction—Landslide Interaction with the Built Environment
M.G. Winter, T.A. Dijkstra, and J. Wasowski Landslide Risk Assessment for the Built Environment in Sub-Saharan Africa

Peter Redshaw, Tom Dijkstra, Matthew Free, Colm Jordan, Anna Morley, and Stuart Fraser Rainfall-Induced Debris Flow Risk Reduction: A Strategic Approach
Mike G. Winter RUPOK: An Online Landslide Risk Tool for Road Networks
Michal Bíl, Richard Andrášik, Jan Kubeček, Zuzana Křivánková, and Rostislav Vodák The Impact (Blight) on House Value Caused by Urban Landslides in England and  Wales
William Disberry, Andy Gibson, Rob Inkpen, Malcolm Whitworth, Claire Dashwood, and Mike Winter Landslide Monitoring and Counteraction Technologies in Polish Lignite Opencast Mines