Author Description

Ground is naturally variable and geotechnical design is based on limited information, so practice is based on uncertainties. Data on parameters, such as geotechnical properties, and solution models are poor, which result in errors in construction. Consequently the performance of a geotechnical system generally is best analysed probabilistically, with good design based on the probability of failure or the reliability index obtained. Various design approaches have been advanced to address uncertainties, such as reliability-based design, load and resistance factor design, and robust geotechnical design. This first full book on robust geotechnical design presents detailed methodologies and design examples which are reviewed alongside other methods to suit researchers and engineers.