Article navigation

Subject index

Coastal engineering

Causes of beach lowering at Dunbar, Eastern Scotland, UK. Pontee N. I. Dec., 161–170

Emerging technologies for monitoring the coastal zone. Meeting report. Spratt A. Dec., 137–138

Modelling coastal boundary layer flows over typical bed-forms. Li M., Pan S. and O'Connor B. A. Mar., 9–24

Inaugural coastal lecture of the UK Centre for Coastal Processes, Engineering and Management. Meeting report. Nicholls R. J. Dec., 139–140

Modelling wave attenuation by submerged resonators. Karambas T. V. and Gousidou M. Jun., 45–53

Rehabilitation of a sea wall in Mandal, Norway. Lothe A. E. and Birkeland T. Sept., 113–120

Soft coastal cliff: understanding and managing retreat. Meeting report. Waters B. E. and Payne H. R. Jun., 77–79

Solitary wave transformation, breaking and run-up at a beach. Borthwick A. G. L., Ford M., Weston B. P., Taylor P. H. and Stansby P. K. Sept., 97–105

Specifying seawall crest levels using a probabilistic method. Reis M. T., Hedges T. S., Williams A. and Keating K. Dec., 141–149

The interfacial processes on an entrapped saline wedge. Hamill G. A., Donnelly B., Robinson D. J., Mackinnon P. A. and Johnston H. T. Dec., 151–160

Environment

The interfacial processes on an entrapped saline wedge. Hamill G. A., Donnelly B., Robinson D. J., Mackinnon P. A. and Johnston H. T. Dec., 151–160

Failures

Rehabilitation of a sea wall in Mandal, Norway. Lothe A. E. and Birkeland T. Sept., 113–120

Field testing & monitoring

Analysis of flows and water levels near tidal flap gate. Mitchell S. B., Tinton E. and Burgess H. Sept., 107–112

Emerging technologies for monitoring the coastal zone. Meeting report. Spratt A. Dec., 137–138

Floods & floodworks

Analysis of flows and water levels near tidal flap gate. Mitchell S. B., Tinton E. and Burgess H. Sept., 107–112

Geotechnical engineering

Soft coastal cliff: understanding and managing retreat. Meeting report. Waters B. E. and Payne H. R. Jun., 77–79

Hydraulics & hydrodynamics

Improved numerical modelling of estuarine flows. Liang D., Falconer R. A. and Lin B. Mar., 25–35

Modelling circulation and vertical mixing in estuaries. Liu W.-C. Jun., 67–76

Modelling coastal boundary layer flows over typical bed-forms. Li M., Pan S. and O'Connor B. A. Mar., 9–24

The interfacial processes on an entrapped saline wedge. Hamill G. A., Donnelly B., Robinson D. J., Mackinnon P. A. and Johnston H. T. Dec., 151–160

The maritime energy resource, constraints and opportunities. Bryden I. G. Jun., 55–65

Infrastructure planning

Application of simulation modelling to harbour operations. Khatiashvili S., Bakeev C. and Fidler M. Sept., 121–128

Land surveying

Emerging technologies for monitoring the coastal zone. Meeting report. Spratt A. Dec., 137–138

Lecture

Soft coastal cliff: understanding and managing retreat. Meeting report. Waters B. E. and Payne H. R. Jun., 77–79

Management

Causes of beach lowering at Dunbar, Eastern Scotland, UK. Pontee N. I. Dec., 161–170

Maritime engineering

An introduction to the UK marine renewable atlas. Cooper W. S., Hinton C. L., Ashton N., Saulter A., Morgan C., Proctor R., Bell C. and Huggett Q. Mar., 1–7

Analysis of flows and water levels near tidal flap gate. Mitchell S. B., Tinton E. and Burgess H. Sept., 107–112

Maritime London. Briefing. Freer R. Sept., 93–94

Modelling circulation and vertical mixing in estuaries. Liu W.-C. Jun., 67–76

Modelling wave attenuation by submerged resonators. Karambas T. V. and Gousidou M. Jun., 45–53

News from the Maritime Board. Briefing. Leung-Philpot J. Sept., 95–96

The maritime energy resource, constraints and opportunities. Bryden I. G. Jun., 55–65

Mathematical modelling

Improved numerical modelling of estuarine flows. Liang D., Falconer R. A. and Lin B. Mar., 25–35

Modelling circulation and vertical mixing in estuaries. Liu W.-C. Jun., 67–76

Modelling coastal boundary layer flows over typical bed-forms. Li M., Pan S. and O'Connor B. A. Mar., 9–24

Modelling wave attenuation by submerged resonators. Karambas T. V. and Gousidou M. Jun., 45–53

Specifying seawall crest levels using a probabilistic method. Reis M. T., Hedges T. S., Williams A. and Keating K. Dec., 141–149

Models (physical)

Rehabilitation of a sea wall in Mandal, Norway. Lothe A. E. and Birkeland T. Sept., 113–120

Offshore engineering

An introduction to the UK marine renewable atlas. Cooper W. S., Hinton C. L., Ashton N., Saulter A., Morgan C., Proctor R., Bell C. and Huggett Q. Mar., 1–7

Ports, docks & harbours

Application of simulation modelling to harbour operations. Khatiashvili S., Bakeev C. and Fidler M. Sept., 121–128

Inaugural coastal lecture of the UK Centre for Coastal Processes, Engineering and Management. Meeting report. Nicholls R. J. Dec., 139–140

Maritime London. Briefing. Freer R. Sept., 93–94

Power stations (non-fossil fuel)

An introduction to the UK marine renewable atlas. Cooper W. S., Hinton C. L., Ashton N., Saulter A., Morgan C., Proctor R., Bell C. and Huggett Q. Mar., 1–7

Risk & probability analysis

Application of simulation modelling to harbour operations. Khatiashvili S., Bakeev C. and Fidler M. Sept., 121–128

Safety & hazards

Solitary wave transformation, breaking and run-up at a beach. Borthwick A. G. L., Ford M., Weston B. P., Taylor P. H. and Stansby P. K. Sept., 97–105

Sea defences

Inaugural coastal lecture of the UK Centre for Coastal Processes, Engineering and Management. Meeting report. Nicholls R. J. Dec., 139–140

Solitary wave transformation, breaking and run-up at a beach. Borthwick A. G. L., Ford M., Weston B. P., Taylor P. H. and Stansby P. K. Sept., 97–105

Specifying seawall crest levels using a probabilistic method. Reis M. T., Hedges T. S., Williams A. and Keating K. Dec., 141–149

Transport planning

Maritime London. Briefing. Freer R. Sept., 93–94

or Create an Account

Close subscription notice
Close access options