Structural Engineering

All Items

• Stress-strain model for prestressing steel with cyclic loading

  K. J. Thompson, R. Park

  209-218

• Base isolation An historical development, and the influence of higher mode responses

  D. M. Lee, I. C. Medland

  219-233

• Seismic effects on nuclear installations introduction, summary and recommendations

  Editor

  161-180

• The new draft concrete design code

  G. H. F. McKenzie

  181-183

• “Seismic design of South Brighton bridge - a decision against mechanical energy dissipators" - M.J.N. Priestley and M.J. Stockwell Bulletin of N.Z. National Society for Earthquake Engineering, Vol. 11, No. 2 June, 1978.

  G. H. F. McKenzie

  195-196

• “A consideration of P-delta effects in ductile reinforced concrete frames" - T. Paulay. Bulletin of N.Z. National Society for Earthquake Engineering, Vol. 11, No. 3 September, 1979.

  A. L. Andrews

  196-199

• Seismic risks to linear structures

  G. A. E.

  203-204

• Seismic response of structures free to rock on their foundations

  M. J. N. Priestley, R. J. Evison, A. J. Carr

  141-150

• A consideration of P-delta effects
 in ductile reinforced concrete frames

  T. Paulay

  151-160

• Dams and earthquakes in New Zealand

  A. V. Hatrick

  94-100

• Stress-strain model for grade 275 reinforcing steel with cyclic loading

  K. J. Thompson, R. Park

  101-109

• Seismic design of South Brighton bridge A decision against mechanical energy dissipators

  M. J. N. Priestley, M. J. Stockwell

  110-120

• Seismic design of ductile moment resisting reinforced concrete frames


  R. J. Burns

  121

• Foundations for ductile frames Section D

  N. W. Allardice, R. C. Fenwick, P. W. Taylor, R. L. Williams

  122-128

• Cost effectiveness of code base shear requirements for reinforced concrete frame structures

  D. G. Elms, D. Silvester

  85-93

• An application of capacity design philosophy to gravity load dominated ductile reinforced concrete frames

  T. Paulay

  50-61

• Seismic design committee

  Editor

  64-69

• “Seismic resistance of reinforced concrete masonry shear walls with high steel percentages" - M.J.N. Priestley Bulletin of N.Z. National Society for Earthquake Engineering, Vol. 10, No. 1, March, 1977.

  O. A. Glogau

  70-71

• “Slenderness effects in earthquake resisting frames” - A. L. Andrews Bulletin of N.Z. National Society for Earthquake Engineering, Vol. 10, No. 3 , September, 1977

  H. M. Irvine

  71-75

• Mitigation of danger to property

  C. M. Strachan

  26-29

• Analysis for torsion employing provisions of NZRS 4203:1974

  R. A. Poole

  219-225

• Design of beam-column joints

  R. W. G. Blakeley

  226-237

• Reinforced concrete beam-column joints for seismic loading
 Part II - experimental results

  R. C. Fenwick, H. M. Irvine

  174-185

• Some comments on reinforced concrete structures forming column hinge mechanisms

  T. E. Kelly

  186-195

• Earthquake simulation testing of a stepping frame with energy-absorbing devices


  J. M. Kelly, D. F. Tsztoo

  196-207