Abstract
On July 2, 2004, a 2000-km southwest air current following the Mindulle Typhoon caused serious damages to infrastructures in Taiwan. The disaster resulted in extensive geological and structural failures, mainly as a result of debris flow. Some of the sites were subjected to types of repeated failures compared to previous typhoons. Some structural failures were attributed to geotechnical failures. It is decided to document and identify causes for some of these major failures triggered by typhoons. The case history showed significant implications to future disaster prevention and management works. New challenges were posed in geotechnical engineering design in encountering rainfall-induced failures.
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