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- MohrView - Mohr-Coulomb Failure ...
MohrView - Mohr-Coulomb Failure Analysis and Graphing for Windows
Improved Data Entry -- Spreadsheet-style data entry interface simplifies data input. Enter data as weight retained and percent passing is calculated automatically. Improved Clipboard Support -- Data entry is simplified with clipboard support for cut/copy/paste of samples and graph pages. Support for Unicode character sets.
- Unlimited number of samples per graph
- Unlimited number of graphs per document (prints one graph per page)
- Print graphs with choice or page margins, headers, footers, and graph borders
- Insert MohrView plots into OLE containers such as Word or Excel
- Display a text annotation on each graph in a moveable, and customizable text box
- Display individual sample labels, or a moveable, customizable legend key, or both
- Select fonts, and colors for each graph
- Extremely easy to use, and very fast program operation
- Set maximum and minimum values for each axis, specify axis origin.
- Moveable labels on graphs
- Many calculations displayed with commonly used Greek symbols
- Display full circle or semi-circle
- Select different stress units for each graph, including support for custom stress units
- Display a unique title for each graph
- Easy-to-use Windows features such as print preview,
- Context-sensitive on-line help
- Import data from, or export data to, a tab-delimited ASCII text file
- Stresses at the Pole
- Maximum obliquity angle
- Stresses on a plane from principal stresses and plane angle
- Principal stresses from stresses on a plane and plane angle
- Plane angle from principal stresses and normal stress on a plane
- Plane angle from principal stresses and shear stress on a plane
- Resultant stress on the plane
- Major stress from minor stress, phi, and cohesion
- Minor stress from major stress, phi, and cohesion
- Cohesion from minor stress, major stress, and phi
- Phi from minor stress, major stress, and cohesion
- Failure stresses from principal stresses and coulomb envelope
- Major principal stress from shear failure stress and phi angle
- Minor principal stress from shear failure stress and phi angle
- Major principal stress from normal failure stress and coulomb envelope
- Minor principal stress from normal failure stress and coulomb envelope
