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A platform for research: civil engineering, architecture and urbanism
Hybrid Methods with Special Focus on DEM-SPH
In this chapter, the hybrid method of DEM-SHP is elaborated meant to solve the problem of “fluid–structure interaction (FSI)”, with special interest being directed to the landslide and its induced surge waves (tsunamis). The landslide body is discretized by distinct elements whereas the water body is simulated by smoothed particles. On the contact surface between the landslide body and water body, a handshaking algorithm via the interaction forces including repulsion, drag and buoyant are implemented. At the end of this chapter, a series of validations and application are disclosed.
Hybrid Methods with Special Focus on DEM-SPH
In this chapter, the hybrid method of DEM-SHP is elaborated meant to solve the problem of “fluid–structure interaction (FSI)”, with special interest being directed to the landslide and its induced surge waves (tsunamis). The landslide body is discretized by distinct elements whereas the water body is simulated by smoothed particles. On the contact surface between the landslide body and water body, a handshaking algorithm via the interaction forces including repulsion, drag and buoyant are implemented. At the end of this chapter, a series of validations and application are disclosed.
Hybrid Methods with Special Focus on DEM-SPH
Springer Tracts in Civil Engineering
Chen, Shenghong (author)
2023-01-01
61 pages
Article/Chapter (Book)
Electronic Resource
English
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