Risk Analysis of Foundation Structures According to the Method of Founding

• DOI: 10.4028/www.scientific.net/amm.824.132
• Publication Date: 2016-01-28T10:56:59Z
• Authors: Miroslav Bilanič; Pavel Vlček; Karel Kubečka
• Keywords: Subsoil; Foundation (evidence); Substructure; Base (topology); Component (thermodynamics)

Like the foundation structure, their proper design and good execution plays an important role in issue of durability structures, it is also very to properly implement base layer structures. Usually, formed viable subsoil, which are located subsoil. Substructure then form interaction system. The subsoil not always such a that would allow establishment directly solid ground. Also, material (mass concrete, reinforced concrete) structures determines whether possible establish building on hard soil or underlayer necessary. Often performs materials arising as waste during mining (eg. coal) generated blast furnaces (slag). buildings well established embankments. Individual types layers (subsoil) will be evaluated by team experts. consisted 43 These experts conducted evaluation each type individually using universal matrix risk analysis - Umra. Umra method based principle comparative logical numerical assessing degree (severity) danger project its component parts. A assesses identified part problem (the project), subject certain risk. Number parts arbitrary, with different (or identical) can handled independently expert teams number