The vertical uplift resistance of shallow strip and circular plate anchors buried horizontally in a two layered sand has been determined by using the upper bound theorem of limit analysis. Uplift factors f(y) and f(q) due to the effects of soil unit weight and surcharge pressure, respectively, have been established. For a given thickness of the two layers, the uplift factor f(y) is found to be comparatively greater when the anchor is embedded in dense sand underlying a loose sandy layer. However, the factor f(q) remains unaffected by the layers' relative positions. As compared to available experimental results, the theory provides a slight overestimation of the uplift resistance especially for greater embedment ratios
The vertical uplift capacity of strip anchors embedded horizontally at shallow depths in sand is exa...
The vertical uplift resistance of two closely spaced horizontal strip plate anchors has been investi...
With an application of the upper bound finite element limit analysis, the vertical pullout capacity ...
The vertical uplift resistance of shallow strip and circular plate anchors buried horizontally in a ...
The vertical pullout capacity of strip and circular plate anchors embedded horizontally in a layered...
The vertical pullout capacity of strip and circular plate anchors embedded horizontally in a layered...
The vertical uplift resistance for a group of two horizontal coaxial rigid strip anchors embedded in...
By incorporating the variation of peak soil friction angle (phi) with mean principal stress (sigma(m...
By incorporating the variation of peak soil friction angle (phi) with mean principal stress (sigma(m...
The vertical uplift resistance of two interfering rigid rough strip anchors embedded horizontally in...
The vertical uplift resistance of two interfering rigid rough strip anchors embedded horizontally in...
Based on a large number of laboratory model results many investigators reported the uplift loading o...
This paper presents new theoretical predictions of the undrained uplift capacity of deeply embedded ...
The vertical uplift resistance of two interfering rigid strip plate anchors embedded horizontally at...
The vertical uplift resistance of two interfering rigid strip plate anchors embedded horizontally at...
The vertical uplift capacity of strip anchors embedded horizontally at shallow depths in sand is exa...
The vertical uplift resistance of two closely spaced horizontal strip plate anchors has been investi...
With an application of the upper bound finite element limit analysis, the vertical pullout capacity ...
The vertical uplift resistance of shallow strip and circular plate anchors buried horizontally in a ...
The vertical pullout capacity of strip and circular plate anchors embedded horizontally in a layered...
The vertical pullout capacity of strip and circular plate anchors embedded horizontally in a layered...
The vertical uplift resistance for a group of two horizontal coaxial rigid strip anchors embedded in...
By incorporating the variation of peak soil friction angle (phi) with mean principal stress (sigma(m...
By incorporating the variation of peak soil friction angle (phi) with mean principal stress (sigma(m...
The vertical uplift resistance of two interfering rigid rough strip anchors embedded horizontally in...
The vertical uplift resistance of two interfering rigid rough strip anchors embedded horizontally in...
Based on a large number of laboratory model results many investigators reported the uplift loading o...
This paper presents new theoretical predictions of the undrained uplift capacity of deeply embedded ...
The vertical uplift resistance of two interfering rigid strip plate anchors embedded horizontally at...
The vertical uplift resistance of two interfering rigid strip plate anchors embedded horizontally at...
The vertical uplift capacity of strip anchors embedded horizontally at shallow depths in sand is exa...
The vertical uplift resistance of two closely spaced horizontal strip plate anchors has been investi...
With an application of the upper bound finite element limit analysis, the vertical pullout capacity ...