National Repository of Grey Literature 8 records found  Search took 0.00 seconds. 
Současný stav teorie obecného bočního tlaku - aktivní tlak
Koudelka, Petr
The contribution evaluates the used old theory of earth pressure and contemporary state a new advanced theory of Generel Lateral Pressure (GLPT). Possibilities of GLPT are presented to be applied to be applied for the new National Annex of EC 7-1.
Knowledges Brought by Research of Lateral Pressure of Granular Materials
Koudelka, Petr
The contemporary conventional theory of earth pressure and standards are based on the old idea of a single shear soil mass surface defining earth pressure stress along the whole height of the retaining structure and some others assumptions which are not correct. The paper presents both some important knowledge from the research and proofs for a more general theory of earth pressure.
Dissaccordance of EC7-1 and CSN 73 0037 to Knowledges aboutEarth Pressure
Koudelka, Petr
The paper shows objections against the contemporary conventional theory of earth pressure and standards and designs a non-conventional conception of the lateral pressure on the advanced comprehensive non-linear dependence based. The conception takes into account the singularity of pressure at rest and the shear strength decrease after the peak value.
Nonlinear Lateral Pressures and Slip Surfaces of Granular Mass
Koudelka, Petr
In 1997 and 1998 an original experimental equiment was designed and developed including bi-component tensors, a large stand and others. The retaining wall of the stand is measured and can be arbitrarily moved. In 1998 and the first half 1999 was made the first medium-term experiment with a mass of very dry flowing sand which has brought some unexpected and new results.
Displacement and Slip Surfaces of Granular Mass behind a Retaining Wall - Experiment E2
Koudelka, Petr ; Valach, Jaroslav
The paper presents information about the visual monitoring and movements inside the ideal non-cohesive granular mass during the experiment E2 and about its different behaviour and development of slip surfaces during the different movement types of retaining structure. This is the first presented part of the results and the analysis.

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