quarterly journal of engineering geology and hydrogeology · erratum for charalambous et al. in the...

6
Quarterly Journal of Engineering Geology and Hydrogeology 2013 Volume 46 ISSN: 1470-9236 Scientific Editor: E. Bromhead, formerly Kingston University, UK Assistant Scientific Editors (engineering geology): T. Dijkstra, British Geological Survey, UK; (geomaterials): N. Koor, University of Portsmouth, UK; (hydrogeology): D. Gooddy, British Geological Survey, UK. Editorial Board: J.P. Bloomfield, British Geological Survey, UK; S. Buss, ESI LTD, UK; A. Butler, Imperial College of Science Technology & Medicine, UK; A.N. Charalambous, Hydrolaw Limited, UK; L. J. Donnelly, Wardell Armstrong International, UK; D. Entwistle, British Geological Survey, UK; J.S. Griffiths, University of Plymouth, UK; N. Harries, CL:AIRE, UK; I. Holman, Cranfield University, UK; N. Howden, Cranfield University, UK; D. Hughes, Queen’s University Belfast, UK; C. Jackson, British Geological Survey, UK; I. Jefferson, University of Birmingham; B. Marker, Independent Consultant, UK; M. Matthews, University of Surrey, UK; S. Mathias, Durham University, UK; R. Moore, Halcrow Group Limited, UK; W. Murphy, University of Leeds, UK; T. Muten, Tapajos Limited, UK; D. Norbury, David Norbury Limited, UK; S. Quinn, AMEC UK Ltd, UK; M.O. Rivett, University of Birmingham; J. Smethurst, University of Southampton, UK; J. Standing, Imperial College London, UK; R.L. Terrington, British Geological Survey, UK; D. Toll, Durham University; G. Tuckwell, RSK, UK; R. Ward, Environment Agency, UK; M.G. Winter, Transport Research Laboratory (TRL), UK Associate Editors: R. Ahmad, University of the West Indies, Jamaica; J. Buma, Deltares, The Netherlands; J. Cassar, University of Malta, Malta; D. F. Fenster, Bechtel Power Corporation, USA; P. Flentje, University of Wollongong, Australia; R. Guthrie,MDH Engineering Solutions, Canada; A. Ireson, University of Saskatchewan, Canada; B. Jackson, Victoria University of Wellington, New Zealand; A. Jiménez-Madrid, CRN Consultores, Spain; J. R. Keaton, AMEC Environment & Infrastructure, Inc., USA; S.-G. Lee, The University of Seoul, Korea; M. Long, University College Dublin, Ireland; B. Misstear, Trinity College Dublin, Republic of Ireland; R. Muzikar, Consultant, Czech Republic; K.C. Ng, Geotechnical Engineering Office, Hong Kong; P. Paige-Green, CSIR Built Environment, South Africa; R. Stacey, University of Witwatersrand, South Africa; A. K. Turner, Colorado School of Mines, USA; J. Wasowski, National Research Council, Italy; A. Williams, BECA Infrastructure Ltd, New Zealand. Published by The Geological Society Burlington House, Piccadilly, London W1V 0JU, UK © 2013 The Geological Society of London

Upload: others

Post on 19-May-2020

6 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: Quarterly Journal of Engineering Geology and Hydrogeology · Erratum for Charalambous et al. in The Quarterly Journal of Engineering Geology and Hydrogeology, 46, 179–188. 280 Part

Quarterly Journal ofEngineering Geology and Hydrogeology

2013 Volume 46 ISSN: 1470-9236

Scientific Editor: E. Bromhead, formerly Kingston University, UK

Assistant Scientific Editors (engineering geology): T. Dijkstra, British Geological Survey, UK; (geomaterials): N. Koor, University of Portsmouth, UK; (hydrogeology): D. Gooddy, British Geological Survey, UK.

Editorial Board: J.P. Bloomfield, British Geological Survey, UK; S. Buss, ESI LTD, UK; A. Butler, Imperial College of Science Technology & Medicine, UK; A.N. Charalambous, Hydrolaw Limited, UK; L. J. Donnelly, Wardell Armstrong International, UK; D. Entwistle, British Geological Survey, UK; J.S. Griffiths, University of Plymouth, UK; N. Harries, CL:AIRE, UK; I. Holman, Cranfield University, UK; N. Howden, Cranfield University, UK; D. Hughes, Queen’s University Belfast, UK; C. Jackson, British Geological Survey, UK; I. Jefferson, University of Birmingham; B. Marker, Independent Consultant, UK; M. Matthews, University of Surrey, UK; S. Mathias, Durham University, UK; R. Moore, Halcrow Group Limited, UK; W. Murphy, University of Leeds, UK; T. Muten, Tapajos Limited, UK; D. Norbury, David Norbury Limited, UK; S. Quinn, AMEC UK Ltd, UK; M.O. Rivett, University of Birmingham; J. Smethurst, University of Southampton, UK; J. Standing, Imperial College London, UK; R.L. Terrington, British Geological Survey, UK; D. Toll, Durham University; G. Tuckwell, RSK, UK; R. Ward, Environment Agency, UK; M.G. Winter, Transport Research Laboratory (TRL), UK

Associate Editors: R. Ahmad, University of the West Indies, Jamaica; J. Buma, Deltares, The Netherlands; J. Cassar, University of Malta, Malta; D. F. Fenster, Bechtel Power Corporation, USA; P. Flentje, University of Wollongong, Australia; R. Guthrie,MDH Engineering Solutions, Canada; A. Ireson, University of Saskatchewan, Canada; B. Jackson, Victoria University of Wellington, New Zealand; A. Jiménez-Madrid, CRN Consultores, Spain; J. R. Keaton, AMEC Environment & Infrastructure, Inc., USA; S.-G. Lee, The University of Seoul, Korea; M. Long, University College Dublin, Ireland; B. Misstear, Trinity College Dublin, Republic of Ireland; R. Muzikar, Consultant, Czech Republic; K.C. Ng, Geotechnical Engineering Office, Hong Kong; P. Paige-Green, CSIR Built Environment, South Africa; R. Stacey, University of Witwatersrand, South Africa; A. K. Turner, Colorado School of Mines, USA; J. Wasowski, National Research Council, Italy; A. Williams, BECA Infrastructure Ltd, New Zealand.

Published by

The Geological Society

Burlington House, Piccadilly, London W1V 0JU, UK

© 2013 The Geological Society of London

Page 2: Quarterly Journal of Engineering Geology and Hydrogeology · Erratum for Charalambous et al. in The Quarterly Journal of Engineering Geology and Hydrogeology, 46, 179–188. 280 Part

We wish to thank the following people for their assistance with the reviewing of papers submitted to QJEGH during the last 12 months.

Corinna Abesser E R Farrell X S Qin Arya Assadi E Galan Nicholas S Robins Chris Barker Gurmel Ghataora Ken Rushton Paul Beetham John Harris Bob Sas Adil Binal Alwyn J Hart Vern Schaefer Myint Win Bo Michael Hendry Celine Schneider Alessandra Bonazza Ivan Hodgson Peter Scott Matthew Brain Alick Leslie Kevin Shepherd Yun Cheung Chan David Macdonald Ian Sims Bob Chaplow Louise Maurice Jonathan W Smith Colin Cheney Bruno Miglio Matt Telfer John Christ Ana Mijic Theo Van Asch Sun Chun Clive Mitchell Rens Van Beek Veerle Cnudde Rory N Mortimore Michiel Van der meulen W G Darling John Mylroie Tony Waltham Rachel Dearden Patrick Naughton Zhang Wen Michael Defreitas Bertie Oberholster Malcolm Whitworth Neil Dixon Daniela Pinna Fred Worrall Alan P Dykes John Potter T Yates

Contents of Volume 46Part 1 February 2013

Editorial E. Bromhead & D. Gooddy 3

Review ArticlesThe Tenth Glossop LectureIntroductionI. Hodgson 5

Engineering geology of sustainable risk-based contaminated land managementC.P. Nathanail 6

Research ArticlesAnalysis of RVE size based on three-dimensional fracture numerical network modelling and stochastic mathematicsW. Zhang, J. Chen, X. Yuan, P. Xu & C. Zhang 31

Remoulding of the Mercia Mudstone Group around CFA pile shaftsL.J. Seward, S.E.Stallebrass & J. Skipper 41

Airborne geophysics : a novel approach to assist hydrogeological investigations at groundwater-dependent wetlandsD. Beamish & G. Farr 53

A newly developed soil abrasion testing method for tunnelling using shield machinesG. Barzegari1, A. Uromeihy1 & J. Zhao 63

The mass stiffness of residual dolomite from large surcharge trialsS.W. Jacobsz 75

Groundwater head in high temperature aquifersG. Bekesi1, M. Tyler & J. Waterhouse 87

Page 3: Quarterly Journal of Engineering Geology and Hydrogeology · Erratum for Charalambous et al. in The Quarterly Journal of Engineering Geology and Hydrogeology, 46, 179–188. 280 Part

Multi-disciplinary characterization and monitoring of sandstone (Kandla Grey) under different external conditionsV. Cnudde, W. De Boever, J. Dewanckele, T. De Kock, M. Boone, M.N. Boone, G. Silversmit, L. Vincze, E. Van Ranst, H. Derluyn, S. Peetermans, J. Hovind, P. Modregger, M. Stampanoni, K. De Buysser & G. De Schutter 95

Technical NotesObservations on the impact of climate change on landform behaviour and geohazards in the Algerian SaharaE. M. Lee, P. G. Fookes & A. B. Hart 107

Regional distribution of temperature in the Chalk of the western London Basin synclineD. Pike, D. Banks, A. Waters & V.K. Robinson 117

Book reviews 127

Part 2 May 2013

Review ArticlesThe Twelfth Glossop LectureIntroduction to the Twelfth Glossop LectureD. Entwisle 131

Reflections on the residual strength of clay soils, with special reference to bedding-controlled landslidesE.N. Bromhead 132

A review of small island hydrogeology: progress (and setbacks) during the recent pastN.S. Robins 157

Research ArticlesDeoxygenated gas occurrences in the Lambeth Group of central London, UKT. G. Newman, R. C. Ghail & J. A. Skipper 167

Aspects of water well design and construction in confined Chalk overlain by Basal Sands in the London Basin with particular reference to sand ingressA. N. Charalambous, B. R. Burnet & M. A. Jones 179

Groundwater cooling of a large building using a shallow alluvial aquifer in Central LondonD. Birks, S. Whittall, I. Savill, P L. Younger & G. Parkin 189

Geological controls on tunnelling in the chalk of Southwick Hill, BrightonA. J. Bowden 203

Alkali–silica reactivity of some common rock types. A global petrographic atlasI. Fernandes, M. A. T. M. Broekmans, P. Nixon, I. Sims, M. dos A. Ribeiro, F. Noronha & B. Wigum 215

GIS-based bivariate statistical modelling for earthquake-triggered landslides susceptibility mapping related to the 2008 Wenchuan earthquake, ChinaC. Xu, X. Xu, Q. Yao & Y. Wang 221

Numerical modelling of fractures induced by coal mining beneath reservoirs and aquifers in ChinaX. Wu, X.-W. Jiang, Y.-F. Chen, X.-L. Wang & S.-H. Tan 237

DRISTPI, a new groundwater vulnerability mapping method for use in karstic and non-karstic aquifersA. Jiménez-Madrid, F. Carrasco, C. Martínez & R. C. Gogu 245

Book Reviews 256

Part 3 August 2013Photographic FeatureSome near-surface desert features of significance in engineering geology evaluationsP.G. Fookes, A.B. Hart & E.M. Lee 259

Research ArticlesInsights into the origin of the thermal springs of Bath and Bristol, England, from geophysical dataC. McCann, A.C. Mann, D.M. McCann & G.A. Kellaway 267

An overview of the results of 61 in-situ thermal response tests in the UK D. Banks, J.G. Withers, G. Cashmore & C. Dimelow 281

Page 4: Quarterly Journal of Engineering Geology and Hydrogeology · Erratum for Charalambous et al. in The Quarterly Journal of Engineering Geology and Hydrogeology, 46, 179–188. 280 Part

Gas generation and accumulation by aquifer drawdown and recharge in the London BasinJ. Standing, R. Ghail & D. Coyne 293

Predictions of settlement in peat soils M. Long & N. Boylan 303

Rapid observations to guide the design of systems for long-term monitoring of a complex landslide in the Upper Lias clays of North YorkshireD.A. Gunn, J.E. Chambers, P.R.N. Hobbs, J.R. Ford, P.B. Wilkinson, G.O. Jenkins & A. Merritt 323

Evaluation of the liquefaction potential through dissipation measurement in PCPTA. Özocak, S. Sert & E. Bol 337

Review ArticlesAlkali-carbonate reactions and ‘dedolomitization’ in concrete: silica, the elephant in the cornerC.J.R. Braithwaite & R.A. Heath 351

Erratum for Charalambous et al. in The Quarterly Journal of Engineering Geology and Hydrogeology, 46, 179–188. 280

Part 4 November 2013Thematic Set Introduction: The Stone Cycle and Conservation of Historic Buildings Introduction to The Stone Cycle and Conservation of Historic Buildings J. Cassar, M.G. Winter, B.R. Marker, E.N. Bromhead, J.W.N. Smith, D.G. Toll, N.R.G. Walton, D.C. Entwisle & T.A. Dijkstra. 363

Thematic Set Invited Papers: The Stone Cycle and Conservation of Historic BuildingsDurability and conservation of stone: coping with complexityH.A. Viles 367

Durability assessment of natural stoneR. Přikryl 377

Stone-built heritage inventory and ‘performance in use’ condition assessment of stoneworkB.J. Smith, J.M. Curran, P.A. Warke, C. Adamson, D. Stelfox & J. Savage 391

Sourcing stone for the conservation and repair of historic buildings in BritainG. Lott 405

Thematic Set Papers: The Stone Cycle and Conservation of Historic BuildingsEvolution in the use of natural building stone in Madrid, SpainR. Fort, M. Alvarez de Buergo, E.M. Perez-Monserrat, M. Gomez-Heras, M. J. Varas-Muriel & D. M. Freire 421

Replacement of Eocene white sandy limestone in historic buildings: over 100 years of practice in the NetherlandsW.J. Quist, T.G. Nijland & R.P.J. van Hees. 431

Recording natural stones on façades as a tool to assess their utilization and functional aspects over timeH. Siedel 439

Evaluation of environmental impact on historic stone masonry through on-site monitoring appraisalA. Erkal, D. D’Ayala & V. Stephenson 449

Visual assessment of sandstone building façades: condition factors related to cleaningM. Zurakowska & J.J. Hughes 459

The use and meanings of ‘time of wetness’ in understanding building stone decayS. McCabe, P. Brimblecombe, B.J. Smith, D. McAllister, S. Srinivasan & P.A.M. Basheer 469

Specific surface area and salt weathering of limestones: a laboratory studyC. Alves, C. Figueiredo, L.M. Ilharco, A. Fidalgo, A. Mauricio & L. Aires-Barros 477

Conservation issues with calcarenites used as historical building materials in Syracuse (Southern Italy)A. Calia, A.M. Mecchi, D. Colangiuli & L. Scudeler Baccelle 485

Research ArticlesDevelopment of a national groundwater recharge map for the Republic of IrelandN.H. Hunter Williams, B.D.R. Misstear, D. Daly & M. Lee 493

The influence of aggregate texture, morphology and grading on the carbonation of non-hydraulic (aerial) lime-based mortarsA. Arizzi & G. Cultrone 507

Page 5: Quarterly Journal of Engineering Geology and Hydrogeology · Erratum for Charalambous et al. in The Quarterly Journal of Engineering Geology and Hydrogeology, 46, 179–188. 280 Part

*Categorization of maps by subject area is not mutuallyexclusive. Maps may fall under multiple categories.

MAP SUBJECT AREA COVERAGE*

6,100+ Location

300+ Pedology

100+ Meteorology/Climatology

1,400+ Oceanography

1,600+ Hydrology/Hydrogeology

1,600+ Geography

2,300+ Geophysics

2,600+ Paleogeography

18,400+ Geology

24,000+With 16,000+ georeferenced

TOTAL NUMBER OF MAPS:

Europe & Scandinavia:11,000+ Maps

Oceans:500+ Maps

Antarctic:300+ Maps

Arctic:<100 Maps

Asia: 2,000+ Maps

North America:2,000+ Maps

South America:1,000+ Maps

Central America:400+ Maps

Middle East: 1,000+ Maps

Australia & South Pacfic1,000+ Maps

Africa:2,000+ Maps

Russia: 700+ Maps

DISCOVER AND DOWNLOAD MAPS:

24,000+ downloadable maps from the Lyell Collection

16,000+ available as GeoTIFFS for easy integration

Each map is accompanied by metadata

Includes source information and full-text PDF

Continuously updated with newly published maps

USE SEARCH FEATURES DESIGNED FOR GEOSCIENTISTS:

Search for map content via an interactive map interface

Refine results by map type, surface area and geological basin

Search for specific terms, geological deposit models or analogs

The Geofacets-GSL Millennium Edition

Geofacets from Elsevier is an innovative web-based research tool designed by geoscientists for geoscientists. Elsevier and the Geological Society of London (GSL) have partnered together to provide GSL members with a unique opportunity to gain individual access to thousands of geological maps from the renowned Lyell Collection through the Geofacets platform.

+

SUPERCHARGE YOUR GSL MEMBERSHIP WITH THE GEOFACETS-GSL MILLENNIUM EDITION.

Email [email protected] to sign up today!

EXCLUSIVE TO MEMBERS OF THE GEOLOGICAL SOCIETY OF LONDON

ONLY

£35/YR

USGS Hydrostratigraphy Sections

Miami, Florida

Earthquake Focal MechanismsJapan

Wallkill WatershedNew Jersey

Tornado Path and MagnitudeMidcontinent, USA

Wind TurbinesLondon, England

Public Land Survey SectionsKansas

Beer ConsumptionPer Capita, USA

Foliation OrientationsTalc Mind, SW Texas

Salt DiapirsZagros Mtns, Iran

NURE UraniumSE Missouri

Trans-AlaskaPipeline

Oil Leases NW Colorado

Air Temperatures by ElevationBay Area, CA

Geophysical LogsNew Orleans, LA

Seismic ProfilesNorthern Afghanistan

Subdivision LotsFt. Myers, Florida

Mining ClaimsW. Washington

Proportional Zn GeochemistryNE Arkansas

Weather ForecastSiberia, Russia

Flight PathsPersian Gulf

Oil Field Pipeline NetworkNW Texas

Contaminant PlumeWashington, DC

Lead GeochemistrySE Missouri

Proposed PipelineN. Arizona

Gravity ProfileNW Oregon

Stacked Exploration MapsKentucky

Earth Science and GIS Software2221 East Street // Golden CO 80401 // t: 800.775.6745 // f: 303.278.4099 // rockware.com

FREEThe RockWorks16 EarthApps is a FREE

collection of over 70 programs forplotting your data within Google Earth.

It does NOT require any othersoftware (other than Google Earth).

It’s FREE. Really.

RockWorks16EarthApps

Page 6: Quarterly Journal of Engineering Geology and Hydrogeology · Erratum for Charalambous et al. in The Quarterly Journal of Engineering Geology and Hydrogeology, 46, 179–188. 280 Part

Quarterly Journal of

Engineering Geologyand Hydrogeology

Volume 46 • Part 4 • November 2013ISSN 1470-9236

Published by The Geological Society

Novem

ber 2013

Volume 46 • P

art 4 • pp

361–520Q

uarterly Journal of Engineering Geology and Hydrogeology

Solinst Canada Ltd., 35 Todd Road, Georgetown, ON L7G 4R8Fax: +1 (905) 873-1992 Tel: +1 (905) [email protected]

www.solinst.com

High Quality Groundwater and Surface Water Monitoring Instrumentation

Laser Marked 101 P7 Water Level Meter

• P7 Submersible Probe measures water levels and total well depth• More consistent measurements with sensor located at tip of probe• Durable PVDF flat tape is laser marked every mm or 1/100 ft.• Markings are certified traceable to national standards

101 P7 Water Level Meter

TLC Meter

Interface Meter Design

The 107 TLC Meter uses durable PVDF flat tape,laser marked every mm or 1/100 ft. Monitor watertemperature, water level and water conductivity(range of 0-80,000 μS/cm). Lengths to 300 m (1000 ft.).

The Solinst 101 Water Level Meter with P7 Probe features an extremely durable, laser marked PVDF flat tape, with an enhanced dog bone design that is thicker, reducing adherence to the side of well casing.

The PVDF flat tape is laser marked each mm or every 1/100 ft.; lengths up to 1500 m (5,000 ft.). New flat tape has increased tensile strength and electrical efficiency by using 6 strands of copper coated stainless steel and 13 strands of stainless steel in each conductor. P7 Probe is engineered to allow submersion to 300 m (1000 ft.). Sensor at the tip of the probe provides consistently accurate measurements in wells, boreholes, and cascading water, with almost zero displacement.

Increased Durability, Easier to Decon

• 122 PVDF flat tape lengths up to 300 m (1000 ft.)• 122M Mini 25 m or 80 ft. PVDF cable lengths• Accurately laser marked every mm or 1/100 ft.• Certified traceable to national standards

Reliably detect product layers in water (LNAPL and DNAPL); certified intrinsically safe.