| Summary: | 碩士 === 國立臺北科技大學 === 土木與防災研究所 === 102 === Taiwan geographical and climatic conditions and other factors, every year Taiwan because a large number of rainfall will cause other interactive disasters, coupled with the human over-exploitation, whenever a disaster happen, often result the mountain access roads and bridges were destroyed or interrupted because of soil slip and other disasters; In addition, the recovery of the construction engineering to be long to recover, the engineering was not completed and the projects to again interrupted or destroyed by disasters, cause more serious losses caused by disasters.
Foam Polystyrene (Expandable Poly-Styren; referred to as EPS) system using the petroleum extracted from the liquid monomer styrene, styrene by coincidence become solid, and then mixed with a foaming agent made of type blocks. Therefore material with light weight, high cushioning, good water resistance, self-resistance, excellent thermal insulation and construction features such as easy and quick. This study investigated the EPS application in road restore construction after disaster, through real case conduct simulation design and value analysis. Results of the analysis EPS can show the material properties in road restore construction after disaster, fast and efficient construction ,achieve the goal in the shortest time in road restore construction after disaster.
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