#Msew иЅЇд»¶дё‹иЅЅ software#

This intuitive, comprehensive, and powerful tool offers users new capabilities for innovative design of simple or complex reinforced soil structures. Finally, ReSSA + can be used to assess global, or compund, stability of reinforced or unreinforced geometries visualized through a safety map, providing a user a spatial distribution of safety factors considering a selected reinforcement design. This approach, the result of a US Federal Highway Administration (FHWA) project ( FHWA-HIF-17-004 вЂ“ Download). These results may be used to easily optimize reinforcement selection and layout. Unlike complex numerical methods, ReSSA + provides a a tension map using conventional geotechnical parameters, enabling direct visualization of distributions of reinforcement loading and their associated capacities ( Publication). The graphically-rich interface enables users to comprehensively characterize internal stability вЂ“ pullout, rupture, connection loading вЂ“ for reinforced soil structures, ranging from simple designs to complex designs that include surcharge, tiered geometry, facing units, non-uniform reinforcement configurations, and even anchoring. ReSSA + is an interactive program used to assess the rotational and translational stability of reinforced slopes and walls. Download the video of the presentation (220 MB), click here. For the flyer announcing the lecture including its abstract click here. This framework is acceptable for internal stability by AASHTO 2020 and was implemented in program ReSSA+. As engineers ourselves, we know the importance of having reliable and easy-to-use software.

#Msew иЅЇд»¶дё‹иЅЅ software#

The 2020 Burmister Lecture at Columbia University was delivered in April by Professor Dov Leshchinsky on Limit State Design Framework for Geosynthetic Reinforced Slopes and Walls. Founded in 1996, Rocscience is a world leader in developing 2D and 3D software for civil, mining, and geotechnical engineers.