Structural Engineering

All Items

• The seismic performance of energy absorbing dampers in building structures

  D. E. Key

  38-46

• Tests on an axially loaded steel energy absorber

  R. G. Tyler, A. J. Heine

  47-55

• New Plymouth girls' high school structural strengthening and upgrading of the 1926 block Case studies: earthquake risk buildings

  D. L. Hutchison, W. D. Gill

  57-64

• Upgrading of AMP society branch office corner Customhouse Quay and Hunter Street, Wellington


  M. C. Cathie, J. M. Leuchars

  65-66

• Strengthening of James Smith Ltd Cuba Street, Wellington

  D. J. Munro

  67-68

• Behaviour of ductile hollow reinforced concrete columns

  J. B. Mander, M. J. N. Priestley, R. Park

  273-290

• Seismic design of pallet racking systems

  B. J. Brown

  291-305

• Seismic considerations in the design of cryogenic pressure vessels

  John Webster

  306-319

• Evaluation of earthquake response of low-rise structures using design codes and local specifications

  G. L. Hutchinson, A. Navidi

  331-344

• A study of the inelastic seismic response of reinforced concrete coupled frame - shear wall structures

  R. L. Williams

  345

• Volume 15, No. 3 structural steel test photographs

  Charles Clifton

  345-346

• A study of the inelastic seismic response of reinforced concrete coupled frame-shear wall structures


  W. J. Goodsir, T. Paulay, A. J. Carr

  185-200

• Preliminary tests on an energy absorbing element for braced structures under earthquake loading

  R. G. Tyler

  201-212

• Prediction of post-elastic seismic response of structures by a mode superpostion technique


  A. G. Gillies, R. Shepherd

  222-233

• A new draft code for seismic design of buildings in Indonesia

  I. A. N. Fraser

  247-254

• Cashfields shopping centre: Christchurch Case studies: earthquake risk buildings


  J. M. Taylor

  172-174

• Lateral drift of reinforced concrete structures subjected to strong ground motion


  Mete A. Sozen

  107-122

• State Opera House - upgrading Case studies: earthquake risk buildings


  John Christianson

  175-178

• The seismic performance of steel encased reinforced concrete bridge piles

  R. J. T. Park, M. J. N. Priestley, W. R. Walpole

  123-140

• Inelastic analysis of the imperial county services building

  Peter J. Moss, Athol J. Carr, Gerard C. Pardeon

  141-155

• Developments in design of wood structures for earthquake resistance


  Andrew H. Buchanan

  156-161

• Strengthening of state trinity centre, Christchurch Case studies: earthquake risk buildings


  D. S. Evans

  162-164

• Union house A cross braced structure with energy dissipators

  P. R. Boardman, B. J. Wood, A. J. Carr

  83-97

• Redevelopment of the Normal School Cranmer square, Christchurch Case studies: earthquake risk buildings


  G. K. Wilby

  165-171

• The seismic design of an industrial chimney with rocking base


  R. D. Sharpe, R. I. Skinner

  98-106