We present a new method for the structural analysis of folded surfaces. The method requires a generalized definition of a fold as a patch consisting of contiguous points with Gaussian curvature and mean curvature of consistent sign. Four classes of folds result from this definition: antiforms and synforms each of synclastic and anticlastic forms. This new analysis is illustrated with reference to several examples
The folding of a sheet without stretching of lines within it is referred to, in the language of diff...
Two-dimensional analysis of folded surfaces oblique to the mechanical layering can shed light on the...
Two-dimensional analysis of folded surfaces oblique to the mechanical layering can shed light on the...
We present a new method for the structural analysis of folded surfaces. The method requires a genera...
The geometries and densities of fractures associated with fold structures can be predicted by assumi...
The geometries and densities of fractures associated with fold structures can be predicted by assumi...
The geometries and densities of fractures associated with fold structures can be predicted by assumi...
We approximate and classify the forms of profile sections of folded surfaces by comparison with cubi...
We approximate and classify the forms of profile sections of folded surfaces by comparison with cubi...
We approximate and classify the forms of profile sections of folded surfaces by comparison with cubi...
We approximate and classify the forms of profile sections of folded surfaces by comparison with cubi...
In this paper we provide the following three examples of how the software system Mathematica can be ...
By applying differential geometry to analogue models developed by Grujic et al. (2002), we demonstra...
Two-dimensional analysis of folded surfaces oblique to the mechanical layering can shed light on the...
The folding of a sheet without stretching of lines within it is referred to, in the language of diff...
The folding of a sheet without stretching of lines within it is referred to, in the language of diff...
Two-dimensional analysis of folded surfaces oblique to the mechanical layering can shed light on the...
Two-dimensional analysis of folded surfaces oblique to the mechanical layering can shed light on the...
We present a new method for the structural analysis of folded surfaces. The method requires a genera...
The geometries and densities of fractures associated with fold structures can be predicted by assumi...
The geometries and densities of fractures associated with fold structures can be predicted by assumi...
The geometries and densities of fractures associated with fold structures can be predicted by assumi...
We approximate and classify the forms of profile sections of folded surfaces by comparison with cubi...
We approximate and classify the forms of profile sections of folded surfaces by comparison with cubi...
We approximate and classify the forms of profile sections of folded surfaces by comparison with cubi...
We approximate and classify the forms of profile sections of folded surfaces by comparison with cubi...
In this paper we provide the following three examples of how the software system Mathematica can be ...
By applying differential geometry to analogue models developed by Grujic et al. (2002), we demonstra...
Two-dimensional analysis of folded surfaces oblique to the mechanical layering can shed light on the...
The folding of a sheet without stretching of lines within it is referred to, in the language of diff...
The folding of a sheet without stretching of lines within it is referred to, in the language of diff...
Two-dimensional analysis of folded surfaces oblique to the mechanical layering can shed light on the...
Two-dimensional analysis of folded surfaces oblique to the mechanical layering can shed light on the...