Frost resistence of concrete ; 15
Guide and recommendations for tests on surface-active admixtures for concrete for large dams ; 20
General considerations applicable to instrumentation for earth and rockfill dams ; 21
Guide and recommendations on pozzolanas and slags for use in concrete for large dams ; 22
I. General conciderations on intrumentation for concrete dams. II. Note on the application of geodetic methods to the determination o the movements of dams ; 23
Guide and recommendations for accelerating and retarding admixtures for use in concrete for large dams ; 24
Extensibility of concrete for large dams ; 25
Methods of determining effects of shrinkage creep and temperature on concrete or large dams ; 26
A review of earthquake resistant design of dams ; 27
Report ; 29
Finite element methods analysis and design of dams ; 30
Finite element methods analysis and design of dams ; 30 a
A glossary of words and phrases related to dams ; 31
A glossary of words and phrases related to dams ; 31 a
Bituminous concrete facings for earth and rockfill dams ; 32
Bituminous concrete facings for earth and rockfill dams ; 32 a
Compendium of dam symbols ; 33
ICOLD guide for the international system of units (SI) ; 34
Dams and environment ; 35
Cements for concrete for large dams ; 36
Cements for concrete for large dams ; 36a
Dam projects and environmental success ; 37
Use of thin membranes on fill dams ; 38
Upstream facing interface with foundation and abutments ; 39
Fiber reinforced concrete ; 40
Fiber reinforced concrete ; 40a
Automated observation for the safety control of dams ; 41
Bituminous cores for earth and rockfill dams ; 42
Synthetic resins for facings of dams ; 43
Bibliography ; 44
Bibliography ; 44a
Manual on tailings dams and dumps ; 45
Seismicity and dam design ; 46
Quality contol of concrete ; 47
River control ; 48
Operation ; 49
Dams and the environment ; 50
Filling materials ; 51
Earthquake analysis procedures for dams ; 52
Static analysis ; 53
Soil-cement ; 54
Geotextiles ; 55
Quality control ; 56
Materials for joints ; 57
Spillways for dams ; 58
Dam safety ; 59
Dam monitoring ; 60
Dam design criteria ; 61
Inspections of dams ; 62
New construction methods ; 63
Dam heightenings ; 64
Dams and environment ; 65
Dams and environment ; 66
Sedimentation control of reservoirs ; 67
Monitoring of dams and their foundations ; 68
Moraine as embankment and foundation material ; 69
Rockfill dams with concrete facing ; 70
Exposure of dam concrete to special aggressive waters ; 71
Selecting seismic parameters for large dams ; 72
Savings in dam construction ; 73
Tailings dam safety ; 74
Roller compacted concrete for gravity dams ; 75
Conventional methods in dam construction ; 76
Dispersive soils in embankment dams ; 77
Watertight geomembranes for dams ; 78
Alkali - aggregate rection in concrete dams ; 79
Dam construction sites accident prevention ; 80
Spillways. Shockwaves and air entrainment ; 81
Selection of Design Flood ; 82
Cost impact on future dam design ; 83
Bituminous cores for fill dams ; 84
Owners, cosultants and contractors ; 85
Dams and environment ; 86
Improvements of existing dam monitoring ; 87
Rock foundations for dams ; 88
Reinforced rockfill and reinforced fill for dams ; 89
Dams and environment ; 90
Embankment dams. Upstream slope protection ; 91
Rock materials for rockfill dams ; 92
Rock materials for rockfill dams ; 93
Computer software for dams. Validation ; 94
Dams and environment ; 96
Tailing dams. Design of drainage ; 97
Tailing dams and seismicity ; 98
Dam failures. Statistical analysis ; 99
Dams and environment ; 100
Tailing dams. Transport placement and decantation ; 101
Vibrations of hydraulic equipment for dams ; 102
Tailings dams enviroment ; 103
Monitoring of tailings dams ; 104
Dams and related structures in cold climate ; 105
A guide to tailings dams and impoundments ; 106
Concrete dams - control and treatment of cracks ; 107
Cost of flood control in dams ; 108
Dams less than thirty metres high ; 109
Cost impact of rules, criteria and specifications ; 110
Dam-break flood analysis ; 111
Neotectonics and dams ; 112
Seismic observation of dams ; 113
Embankment dams with bituminous concrete facing ; 114
Dealing with reservoir sedimentation ; 115
Dams and fishes ; 116
The gravity dam a dam for the future ; 117
Automated dam monitoring systems ; 118
Rehabilitation of dams and appurtenant works ; 119
Design features of dams to resist seismic ground motion ; 120
Tailings dams ; 121
Computational procedures for dam engineering ; 122
Seismic design and evaluation of structures appurtenant to dams ; 123
Reservoir landslides : investigation and management ; 124
Dams and floods ; 125
Roller-compacted concrete dams ; 126
Remote sensing for reservoir water quality management ; 127
Management of reservoir water quality ; 128
Dam foundations ; 129
Risk assessment in dam safety management ; 130
Role of dams in flood mitigation ; 131
Shared Rivers : Principles and Practices ; 132
Embankment dams on permafrost ; 133
Weak rocks and shales ind dams ; 134
Geomembrane sealing systems for dams ; 135
The Specification and quality control for dams ; 136
Reservoirs and seismicity ; 137
Surveillance: basic elements in a "dam safety" process ; 138
Improving tailings dam safety ; 139
Bulletin on safe passage of extreme floods ; 142
Historical review on ancient dams ; 143
Role of dams on the development and management of river basins ; 149
Cost of savings in dam construction ; 152
Sustainable design and post-closure permformance of tailing dams ; 153
Guidelines for use of numerical models in dam engineering ; 155
Integrated flood risk management ; 156
Dam surveillance guide ; 158
Abstracts of ICOLD publications : volume II ;
Abstracts of ICOLD publications : volume I ;