The behavior of square anchor plates during vertical pullout was studied by experimental data and finite element analyses in dense sand. Validation of the analysis model was also carried out with 100 mm x 100 m square plates in dense sand. Agreement between the uplift capacities from the experimental tests and finite element modeling using PLAXIS 2D, based on 0.2 m computed maximum displacements was excellent for square anchor plates. Numerical analysis using square anchor plates was conducted based on hardening soil model. The research showed that the finite element results were lower than the experimental findings in the dense sand
Vertical ground anchors are commonly used in foundation systems for structures requiring pullout res...
AbstractAnchors are foundation systems used to withstand uplift forces acting on to the foundations ...
The pullout capacity of an inclined strip plate anchor embedded in sand has been determined by using...
The uplift response of symmetrical square anchor plates has been evaluated in physical model tests a...
Uplift response of symmetrical circular anchor plates has been evaluated in physical model tests and...
Uplift response of rectangular anchor plates has been investigated in physical model tests and numer...
The vertical pullout capacity of strip and circular plate anchors embedded horizontally in a layered...
By incorporating the variation of peak soil friction angle (phi) with mean principal stress (sigma(m...
Ground anchors are applicable to Sea-walls, transmission tower, buried pipeline, etc. in which they ...
This study elucidates the behavior of horizontal anchors in sand based on different theoretical and ...
Plate anchors are increasingly used in the mooring of offshore floating structures for the recovery ...
The vertical uplift resistance of horizontal plate anchors embedded in sand has been computed for in...
This paper presents an innovative soil anchor in loose and dense sand. Many studies on the anchor pl...
In this paper, the pull-out behaviour of a vertical plate anchor in sand is investigated. Load-carry...
An investigation into the uplift response of irregularly shaped anchors in sand is described. Factor...
Vertical ground anchors are commonly used in foundation systems for structures requiring pullout res...
AbstractAnchors are foundation systems used to withstand uplift forces acting on to the foundations ...
The pullout capacity of an inclined strip plate anchor embedded in sand has been determined by using...
The uplift response of symmetrical square anchor plates has been evaluated in physical model tests a...
Uplift response of symmetrical circular anchor plates has been evaluated in physical model tests and...
Uplift response of rectangular anchor plates has been investigated in physical model tests and numer...
The vertical pullout capacity of strip and circular plate anchors embedded horizontally in a layered...
By incorporating the variation of peak soil friction angle (phi) with mean principal stress (sigma(m...
Ground anchors are applicable to Sea-walls, transmission tower, buried pipeline, etc. in which they ...
This study elucidates the behavior of horizontal anchors in sand based on different theoretical and ...
Plate anchors are increasingly used in the mooring of offshore floating structures for the recovery ...
The vertical uplift resistance of horizontal plate anchors embedded in sand has been computed for in...
This paper presents an innovative soil anchor in loose and dense sand. Many studies on the anchor pl...
In this paper, the pull-out behaviour of a vertical plate anchor in sand is investigated. Load-carry...
An investigation into the uplift response of irregularly shaped anchors in sand is described. Factor...
Vertical ground anchors are commonly used in foundation systems for structures requiring pullout res...
AbstractAnchors are foundation systems used to withstand uplift forces acting on to the foundations ...
The pullout capacity of an inclined strip plate anchor embedded in sand has been determined by using...