Explore the complexities of slope engineering with a comprehensive study of landslide causes, prevention, and remediation strategies. This course offers an in-depth analysis of slope stability, covering topics such as soil properties, landslides classification, causes of landslides, and government initiatives in Hong Kong. Delve into the geology and slope stabilizing methods, including an optional virtual reality experience of the unconfined compression test.
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The course modules cover a wide array of topics, including soil properties, landslides classification, causes of landslides, landslide cases in Hong Kong, government initiatives, slope stabilizing methods, geology, and an optional virtual reality experience of the unconfined compression test.
Delve into the fundamental aspects of slope engineering, including soil properties, liquefaction, and an introduction to slope engineering.
Explore the classification of landslides, covering various types, triggers, damages, and specific cases, such as the Lung Cheung Road washout and the 1994 Kwun Lung Lau landslide in Hong Kong.
Investigate the causes of landslides, focusing on retaining wall failure and related readings to understand the underlying factors contributing to slope instability.
Study prominent landslide cases in Hong Kong, including the 1994 Kwun Lung Lau, 1972 Po Shan Road, 1972 Sau Mau Ping, and 1976 Sau Mau Ping landslides, to gain insights into the local landscape's challenges.
Examine the government's proactive measures to tackle landslides in Hong Kong, including the Hong Kong Slope Safety System, landslide warning system, potential index, warning signs, and the slope information system.
Gain insights into various slope stabilizing methods, such as soil nailing, cut slope filling, and retaining walls, to understand the practical approaches for slope stabilization.
Explore the geological aspects related to slope engineering, including rock locations and review questions on field trips to Lai Chi Chong, Sharp Island, and High Island Reservoir.
Experience an optional virtual reality exploration of the unconfined compression test to gain practical insights into this important aspect of slope engineering.
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