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Jan 1934 p 18-26: Laboratory load tests on rock; relation of yield point to ultimate strength; threat of landslides; subaqueous slides; weight of abutments; excavation in rock; conrete deposition in water; Joostens chemical process of solidification of soils; excavation in quicksand; use of mechanical vibrators; segregation of water in concrete; pile foundations; dynamic lubrication and frictional resistance; selection of pile to suit soil conditions. Feb p 96-105: Determination of type of pile; precast pile design; precast taper piles; design of pile shoes; piling layout; review of factors to be considered; functions of abutments; mass abutments; economy in design; reinforced-concrete abutments; counterfort type; cellular type; rigid-frame construction; vertical beam abutments. Mar p 130-40: Survey of attendant problems in design; functions of piers; location; choked waterways; damage by flood; protection from scour; failure of Waterloo Bridge; protection of piers in soft soils; pier dimensions; hollow or divided piers; tension stress in piers; arch bridges with elastic piers; span economics; movable bridges; foundation pressures.
Jan 1934 p 18-26: Laboratory load tests on rock; relation of yield point to ultimate strength; threat of landslides; subaqueous slides; weight of abutments; excavation in rock; conrete deposition in water; Joostens chemical process of solidification of soils; excavation in quicksand; use of mechanical vibrators; segregation of water in concrete; pile foundations; dynamic lubrication and frictional resistance; selection of pile to suit soil conditions. Feb p 96-105: Determination of type of pile; precast pile design; precast taper piles; design of pile shoes; piling layout; review of factors to be considered; functions of abutments; mass abutments; economy in design; reinforced-concrete abutments; counterfort type; cellular type; rigid-frame construction; vertical beam abutments. Mar p 130-40: Survey of attendant problems in design; functions of piers; location; choked waterways; damage by flood; protection from scour; failure of Waterloo Bridge; protection of piers in soft soils; pier dimensions; hollow or divided piers; tension stress in piers; arch bridges with elastic piers; span economics; movable bridges; foundation pressures.
Bridge foundations
Structural Engr
Brooke-Bradley, H.E. (author)
Structural Engineer ; 12, New Series
1934
Article (Journal)
English
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Engineering Index Backfile | 1932
|Engineering Index Backfile | 1933
|Engineering Index Backfile | 1945
|Engineering Index Backfile | 1934
|Engineering Index Backfile | 1944
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