Templates
Although the e-Handbook can be used to create custom crack geometries, it also allows to load template input files. This is an attractive alternative to use the e-Handbook. One can directly used the template or can modify any portion of the template input file. For example, the material constants and/or loading can be changed while keeping the crack geometry. After loading the template input file, make modification and save a new input file before running the FORTRAN program.
Single Center Crack
Single center crack in an infinite body under uniform tension (c=1/4a).
Single Edge Crack
Single edge crack in a semi-infinite body under uniform tension.
- Input File
- Output File
- Comparison File
Two Collinear Cracks
Two collinear cracks in an infinite body under uniform tension (2a/d=0.9).
Three Collinear Cracks
Three collinear cracks in an infinite body under uniform tension (2a/d=0.9).
Two Parallel Cracks
Two parallel cracks in an infinite body under uniform tension (2a/d=5.0).
- Input File
- Output File
- Comparison File
Three Parallel Cracks
Three parallel cracks in an infinite body under uniform tension (2a/d=0.8).
- Input File
- Output File
- Comparison File
Two Inclined Cracks
Two inclined cracks in an infinite body under uniform tension (α=30˚, 2a/d=0.9).
- Input File
- Output File
- Comparison File
Kinked Edge Crack
Single kinked edge crack in a semi-infinite body under uniform tension (θ_1=90°, θ_2=45˚, c_2=1.0, c_1=0.25).
- Input File
- Output File
- Comparison File
Two Parallel Edge Cracks
Two parallel edge cracks in a semi-infinite body under uniform tension (a=b=d).
Finite Plate with Double Edged Cracks
Finite plate with double edged cracks under uniform tension (a/W=0.2).
- Input File
- Output File
- Comparison File