...DGM ROBERTS; GR FLINT; KH MOORE © Thomas Telford and ICE 1984 JOHN TAYLOR EDMUND NUTTALL MARINE TREATMENT TUNNELS OUTFALLS WORKS HEADWORKS SHAFTS INLETS RISERS WATER PRECAST CONCRETE LININGS CORALLIANS HARDNESS WETNESS HIGH PRESSURE HYDROSTATICS EXPLOSIVES...

...AR COLLINS; SIR B WALLIS © Thomas Telford and ICE 1982 ROAD RESEARCH LABORATORY RRL DAMBUSTERS DESIGN ATTACK DAMS EXPERIMENTS METHODS BOMBERS BOMBS BOUNCING RESEARCH MODELS SCALE GRAVITY BREACHES EXPLOSIVES WATER DEPTH CREST INVENTIONS RESEARCH MILITARY WORLD...

...AN HICKS; IP HAIGH Proc. lnstn Civ.Engrs, Part 1, 1980, 68, Aug., 568-570 THE SOCIETY FOR EARTHQUAKE ANDCIVIL ENGINEERING DYNAMICS INFORMALDISCUSSION The effects of underwater explosions on structures introduced by A. N. Hicks, PhD, FlMA reported by I. P. Haigh, MA, FlCE Dr Hicks first showed...

...TS KRIEBEL; AAB MUSANNIF © Thomas Telford and ICE 1980 A OGDEN DEMOLITION COAL TOWERS EXPLOSIVES DEBRIS TOPPLING CONCRETE BUNKERS MAISONETTES METHODS URBAN BUILDINGS COOLING TALL BLASTING AREAS Proc. Instn Civ. Engrs, Part 1 , 1980, 68, Aug., 545-546 8301...

..., explosives, thermic boring, diamond drills and saws, bursters and excavator-mounted hydraulic concrete-breakers are described and applications are given. Observed cases of total demolition and cutting of concrete in building alterationsare described. The importance of safe-keeping of as built drawings...

... was cleared at each bridge site by the use of ex-German naval depth charges, each containing about 50 kg of explosive. These were dropped from a converted infantry landing craft in groups of 8 or 10, only one being primed. They were fired electrically, when the craft had moved upstream to a safe distance. 85...

...JL ABRAHAMS © Thomas Telford and ICE 1974 ROCK FALL CO LTD GLASGOW UNDERWATER ROCKS EQUIPMENT SAFETY TECHNIQUES EFFECT WAVES BOREHOLES DRILLING DREDGING RIGS DEEPENING BARGES DETONATION GROUND SHOCKS BERTHING BLASTING EXPLOSIVES VIBRATIONS COSTS DEVELOPMENT...

... TURBINES DESIGN EXCAVATIONS POWER HOUSES CONDITIONS CONSTRUCTION EXPLOSIVES HYDROELECTRICITY POWER STATIONS SHAFTS TUNNELS GROUTING ENVIRONMENTAL ASEISMIC MANAPOURI NEW ZEALAND 7424 DISCUSSION The Manapouri power project, New Zealand J. A. LANGBEIN M r B. T. Seddon, Binnie i3...

... As there was no further use for the 375-ton Goliath crane used during the construction of Dungeness A Power Station, it had to be disposed of in the cheapest way. The first stage was to collapse it onto the grouunsding explosive cutting charges. The alternative methods considered are discussed, with emphasis on producing...

... often lasting for the rest of the day. 47. The writer presumed that the area used in the formula given in 0 15 was that of the actual excavated area, since what was required was the actual volume of NO, released by a known quantity of explosive. Had these volumetric results been corrected to allow...

... that directional charges can be fired at the appropriate depth. The directional charge is an adaptation of the wartime Beehive and consists of a rapid explosive,RDX/TNT, in a cylindrical metal cannister. One end of the charge is hollowedout as an 80 cone, and the air gap in this cone is maintainedby a watertight...

... BRIDGES RECONSTRUCTION ROLLING LIFT SINGLE SPAN WELDED STEEL FRAMES TRANSIT SHEDS QUAYS ANCILLARY WORKS PLANNING DESIGN CONSTRUCTION WALLS DEMOLITION EXPLOSIVES IMPROVEMENT COFFERDAMS STEELWORK COSTS LONDON SURREY DOCKS ROYAL DOCKS THAMES CANADA DOCK GREENLAND DOCK...

...D H BROOK; R WESTWATER © Thomas Telford and ICE 1955 EXPLOSIVES DEMOLITION PROTECTION DEBRIS VIBRATIONS PROPERTIES MILITARY ENGINEERS CONCRETE CHARGES EXPERIMENTS WEIGHT EQUIPMENT METHODS STEEL PLATES GIRDERS MASONRY BRICKWORK CONCUSSION FOUNDATIONS FLOORS ROOFS...

...R F J SMEARDON; J S PRITCHARD; I S S GREEVES; J V SPALDING; F WALLEY; D H BROOK; R WESTWATER © Thomas Telford and ICE 1955 PORT OF LONDON AUTHORITY EXPLOSIVES DEMOLITION DOCKS PORTLAND CEMENT CONCRETE QUAYS WALLS INDUSTRIAL CHARGES QUANTITY BLAST EARTH MOVEMENT...