In recent years, developments in the response spectrum method have led to calculations of seismic stresses that are more accurate than those obtained by conventional methods. In most cases, these accurate seismic stresses are also significantly lower than those obtained from conventional calculations. These developments are rigorous, yet lead to elegant mathematical formulation. As a rule, the increase in computational cost is minimal. Application of these methods is useful in the seismic design of critical structures and equipment such as those found in nuclear power plants and petroleum facilities. For facilities already designed and constructed, these more accurate methods can be used in situations where the facility has to be reassessed for higher loads, and also in the calculation of margins. In new construction, the reduced seismic stresses will result in more efficient and economic design. This modern and comprehensive text brings together a wealth of information on the response spectrum method, generated in recent years, and also presents theoretical background information in simplified form. Authored by one of the acknowledged experts in this and related fields, this volume is ideal as a graduate text for courses in structural and earthquake engineering. It will also be an invaluable modern reference source for those working in civil, structural, mechanical, and earthquake engineering.
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