Buildings, structure & design
The observational method—learning from projects. Powderham A. J. Jan., 59–69
Codes of practice & standards
What is the matter with geotechnical engineering? Atkinson J. Briefing. July, 155–158
Corrosion
Investigation of corroded stainless steel reinforcing elements in spent oil shale backfill. Winter M. G., Butler A. M., Brady K. C. and Stewart W. A. Jan., 35–46
Developing Countries
Retaining walls built with scrap tyres. Sayão A. S. F. J., Medeiros L. V., Sieira A. C. C. F., Gerscovich D. M. S. and Garga V. K. Oct., 217–219
Education & training
What is the matter with geotechnical engineering? Atkinson J. Briefing. July, 155–158
Environment
Improved use of pulverised fuel ash as general fill. Winter M. G. and Clarke B. G. Apr., 133–141
Pilot in situ auger mixing treatment of a contaminated site. Part 4. Performance at five years. Al-Tabbaa A. and Boes N. July, 187–202
Excavation
Excavations in gassy soils. Rowe R. K., Goveas L and Dittrich J. P. Briefing. July, 159–161
Observations of ground and structure improvements during site redevelopment in Dublin. Long M. Oct., 229–242
Failures
Active and passive earth pressure coefficients by a kinematical approach. Soubra A.-H. and Macuh B. Apr., 119–131
Field testing & monitoring
Design of a large soil retaining structure with pressuremeter analysis. Monnet J. and Allagnat D. Jan., 71–78
The use of compensation grouting in tunnelling: a case study. Lee S.-W. Apr., 101–109
Foundations
Foundation design for the refloat of the Maureen steel gravity platform. Broughton P., Davies R. L., Aldridge T. and Carrington T. Apr., 111–118
Some observations on the influence of recent climate change on the subsidence of shallow foundations. Pugh R. S. Briefing. Jan., 23–25
Geology
Influence of preparation techniques on the index properties of clay. Navaneethan T. and Sivakumar V. Oct., 243–248
Geotechnical engineering
Active and passive earth pressure coefficients by a kinematical approach. Soubra A.-H. and Macuh B. Apr., 119–131
Geotechnical engineering and building research: the early days of soil mechanics at BRS—Part 3, 1944–1948. Penman A. D. M. Briefing. Jan., 27–34
Geotechnical engineering and building research: the early days of soil mechanics at BRS—Part 4, 1948–1957. Penman A. D. M. Briefing. Apr., 93–99
Influence of preparation techniques on the index properties of clay. Navaneethan T. and Sivakumar V. Oct., 243–248
Pilot in situ auger mixing treatment of a contaminated site. Part 4. Performance at five years. Al-Tabbaa A. and Boes N. July, 187–202
Skempton's legacy to the Proceedings of the Institution of Civil Engineers. Bond A. J. Briefing. Jan., 3–22
What is the matter with geotechnical engineering? Atkinson J. Briefing. July, 155–158
Groundwater
Groundwater control for construction in the Lambeth Group. Preene M. and Roberts T. O. L. Oct., 221–227
Grouting
A comparison between tube-à-manchette and lance grouting to assist tunnel excavation through chalk. Newman T. G. and Ingle J. L. July, 175–186
Finite-element analysis of a compensation grouting field trial in soft clay. Addenbrooke T. I., Ong J. C. W. and Potts D. M. Jan., 47–58
The use of compensation grouting in tunnelling: a case study. Lee S.-W. Apr., 101–109
History
Geotechnical engineering and building research: the early days of soil mechanics at BRS—Part 3, 1944–1948. Penman A. D. M. Briefing. Jan., 27–34
Geotechnical engineering and building research: the early days of soil mechanics at BRS—Part 4, 1948–1957. Penman A. D. M. Briefing. Apr., 93–99
Skempton's legacy to the Proceedings of the Institution of Civil Engineers. Bond A. J. Briefing. Jan., 3–22
Landfill
Excavations in gassy soils. Rowe R. K., Goveas L and Dittrich J. P. Briefing. July, 159–161
Materials technology
Improved use of pulverised fuel ash as general fill. Winter M. G. and Clarke B. G. Apr., 133–141
Mathematical modelling
Finite-element analysis of a compensation grouting field trial in soft clay. Addenbrooke T. I., Ong J. C. W. and Potts D. M. Jan., 47–58
Offshore engineering
Foundation design for the refloat of the Maureen steel gravity platform. Broughton P., Davies R. L., Aldridge T. and Carrington T. Apr., 111–118
Recycling of materials
Improved use of pulverised fuel ash as general fill. Winter M. G. and Clarke B. G. Apr., 133–141
Retaining walls built with scrap tyres. Sayão A. S. F. J., Medeiros L. V., Sieira A. C. C. F., Gerscovich D. M. S. and Garga V. K. Oct., 217–219
Research & development
Pilot in situ auger mixing treatment of a contaminated site. Part 4. Performance at five years. Al-Tabbaa A. and Boes N. July, 187–202
Retaining walls
Active and passive earth pressure coefficients by a kinematical approach. Soubra A.-H. and Macuh B. Apr., 119–131
Design of a large soil retaining structure with pressuremeter analysis. Monnet J. and Allagnat D. Jan., 71–78
Investigation of corroded stainless steel reinforcing elements in spent oil shale backfill. Winter M. G., Butler A. M., Brady K. C. and Stewart W. A. Jan., 35–46
Retaining walls built with scrap tyres. Sayão A. S. F. J., Medeiros L. V., Sieira A. C. C. F., Gerscovich D. M. S. and Garga V. K. Oct., 217–219
Three-dimensional effects in the construction of a long retaining wall. Gourvenec S., Powrie W. and De Moor E. K. July, 163–173
Roads & highways
Three-dimensional effects in the construction of a long retaining wall. Gourvenec S., Powrie W. and De Moor E. K. July, 163–173
Safety & hazards
The observational method—learning from projects. Powderham A. J. Jan., 59–69
Site investigation
Influence of preparation techniques on the index properties of clay. Navaneethan T. and Sivakumar V. Oct., 243–248
Steel structures
Foundation design for the refloat of the Maureen steel gravity platform. Broughton P., Davies R. L., Aldridge T. and Carrington T. Apr., 111–118
Stress analysis
Modelling of particle breakage of coarse aggregates incorporating strength and dilatancy. Indraratna B. and Salim W. Oct., 249–258
Strength and testing of materials
Modelling of particle breakage of coarse aggregates incorporating strength and dilatancy. Indraratna B. and Salim W. Oct., 249–258
Subsidence
Some observations on the influence of recent climate change on the subsidence of shallow foundations. Pugh R. S. Briefing. Jan., 23–25
Temporary works
Groundwater control for construction in the Lambeth Group. Preene M. and Roberts T. O. L. Oct., 221–227
Observations of ground and structure improvements during site redevelopment in Dublin. Long M. Oct., 229–242
Three-dimensional effects in the construction of a long retaining wall. Gourvenec S., Powrie W. and De Moor E. K. July, 163–173
Thermal effects
Observations of ground and structure improvements during site redevelopment in Dublin. Long M. Oct., 229–242
Tunnels & tunnelling
A comparison between tube-à-manchette and lance grouting to assist tunnel excavation through chalk. Newman T. G. and Ingle J. L. July, 175–186
Excavations in gassy soils. Rowe R. K., Goveas L and Dittrich J. P. Briefing. July, 159–161
Finite-element analysis of a compensation grouting field trial in soft clay. Addenbrooke T. I., Ong J. C. W. and Potts D. M. Jan., 47–58
Groundwater control for construction in the Lambeth Group. Preene M. and Roberts T. O. L. Oct., 221–227
The observational method—learning from projects. Powderham A. J. Jan., 59–69
The use of compensation grouting in tunnelling: a case study. Lee S.-W. Apr., 101–109
Weather
Some observations on the influence of recent climate change on the subsidence of shallow foundations. Pugh R. S. Briefing. Jan., 23–25
