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Handbook of Research on Trends and Digital Advances in Engineering Geology [Hardback]

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  • Format: Hardback, 765 pages, height x width: 279x216 mm
  • Pub. Date: 12-Jul-2017
  • Publisher: IGI Global
  • ISBN-10: 1522527095
  • ISBN-13: 9781522527091
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  • Format: Hardback, 765 pages, height x width: 279x216 mm
  • Pub. Date: 12-Jul-2017
  • Publisher: IGI Global
  • ISBN-10: 1522527095
  • ISBN-13: 9781522527091
Other books in subject:
"This book is on the new trends and technology, and especially on different computational methods that can model engineering phenomena automatically. It will open up possibilities of more rigorous analysis with new methods and technology so engineers canfind the effective and efficient execution of their work to optimize very complicated and non-linear relations"--

Researchers in mining and civil engineering show how engineering geology helps assure that geological factors are recognized, correctly interpreted, and presented for use in engineering practice when planning, designing, constructing, and maintaining engineering works, and when developing groundwater resources. Their topics include fuzzy rock mass rating: soft-computing-aided preliminary stability analysis of weak rock slopes, geophysical surveys in engineering geology investigations with field examples, determining the cyclic properties of silty sands, using groundwater flow modeling to investigate land subsistence in the Konya Closed Basin in Turkey, and integrating urban planning and natural hazards for a resilient city. Annotation ©2017 Ringgold, Inc., Portland, OR (protoview.com)
Preface xx
Chapter 1 Intelligent Models Applied to Elastic Modulus of Jointed Rock Mass
1(30)
J. Jagan
Sanjiban Sekhar Roy
Pijush Samui
Pradeep Kurup
Chapter 2 Prediction of The Uniaxial Compressive Strength of Rocks Materials
31(66)
Nurcihan Ceryan
Nuray Korkmaz Can
Chapter 3 Fuzzy Rock Mass Rating: Soft-Computing-Aided Preliminary Stability Analysis of Weak Rock Slopes
97(35)
Ahmet Gunes Yardimci
Celal Karpuz
Chapter 4 Weathering Indices Used in Evaluation of the Weathering State of Rock Material
132(55)
Sener Ceryan
Chapter 5 Criteria for Surface Rupture Microzonation of Active Faults for Earthquake Hazards in Urban Areas
187(44)
Hasan Sozbilir
Caglar Ozkaymak
Bora Uzel
Okmen Sumer
Chapter 6 Excavatability Assessment of Rock Masses for Geotechnical Studies
231(26)
Ayhan Kesimal
Kadir Karaman
Ferdi Cihangir
Bayram Ercikdi
Chapter 7 Geophysical Surveys in Engineering Geology Investigations With Field Examples
257(24)
Ali Aydin
Erdal Akyol
Mahmud Gungor
Ali Kaya
Suat Tasdelen
Chapter 8 A New Acoustic Energy-Based Method to Estimate Pre-Loads on Cored Rocks
281(45)
Murat Karakus
Ashton Ingerson
William Thurlow
Michael Genockey
Jesse Jones
Chapter 9 Seismic Microzonation and Site Effects Detection Through Microtremors Measures: A Review
326(24)
Francisco Alberto Calderon
Emilce Gisela Giolo
Carlos Daniel Frau
Marcelo Gerardo Jesus Guevara Rengel
Hernan Rodriguez
Miguel Tornello
Fabian Lujan
Ruben Gallucci
Chapter 10 General Trends and New Perspectives on Landslide Mapping and Assessment Methods
350(30)
Murat Ercanoglu
Harun Sonmez
Chapter 11 Slope Stability of Soils
380(36)
Gokhan Cevikbilen
Chapter 12 Determination of the Cyclic Properties of Silty Sands
416(30)
Eyyub Karakan
Selim Altun
Chapter 13 A Review on Enhanced Stability Analyses of Soil Slopes Using Statistical Design
446(36)
Srdan Kostic
Chapter 14 Geological and Geotechnical Investigations in Tunneling
482(48)
Suleyman Dalgic
Ibrahim Kusku
Chapter 15 Multi Criteria Decision Making Techniques in Urban Planning and Geology
530(39)
Kadriye Burcu Yavuz Kumlu
Sule Tildes
Chapter 16 Using Groundwater Flow Modelling for Investigation of Land Subsidence in the Konya Closed Basin (Turkey)
569(22)
Naciye Nur Ozyurt
Pinar Avci
Celal Serdar Bayari
Chapter 17 Integration Between Urban Planning and Natural Hazards For Resilient City
591(40)
Sule Tudes
Kadriye Burcu Yavuz Kumlu
Sener Ceryan
Chapter 18 Soil Liquefaction Assessment by Anisotropic Cyclic Triaxial Test
631(34)
Koray Ulamis
Compilation of References 665(90)
About the Contributors 755(7)
Index 762
Nurcihan Ceryan was born in 1980 in Istanbul. He completed his primary and secondary education in Istanbul. He has completed his BSc (Geological Engineering) in Karadeniz Technical University at Turkey in the year 2001. In 2002 Karadeniz Technical University began working as a research assistant in the Department of Geological Engineering. He has completed him MSc (Applied Geology) in Karadeniz Technical University (Turkey) and Ghent University (Belgium) in the year 2005 and his PhD from Karadeniz Technical University and Middle East Technical University on geological engineering in the year 2009. Dr. Ceryan is currently working in Mining and Mining Department at Balikesir University as an associate professor. His research interest include: Engineering Geology, Rock Mechanics, Soil Mechanics, Soft Computing Methods, Geostatistic.