Research Article
A Method to Predict Rock Fracture with Infrared Thermography Based on Heat Diffusion Analysis
| Line Pseudo-code | | 1 %is the length of time set recorded by the infrared thermal instrument | | 2 load 25 selected regional AIRT data as a [,25] matrix from the directory; | | 3 % set up the spatial and temporal mesh partition | | 4 : dt : trange;% range of time | | 5 : dx : xrange;% range ofaxial | | 6 : dy : yrange;% range ofaxial | | 7 % perform the cyclic computation of each region at each time | | 8 forfrom 1 to 25% loop of 25 selected regions | | 9 forin% loop of discrete time set generated from infrared thermal data | | 10 set up the boundary conditions and initial conditions | | 11 forin trange% loop of diffusion time | | 12 forin xrange% loop of spatial x index | | 13 forin y range% loop of spatial y index | | 14 compute | | 15 end | | 16 end | | 17 end | | 18 end | | 19 compute | | 20 end | | 21 compute |
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