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@@ -104,7 +104,7 @@ damage front (level set) displacement control
 |:------------------------------------------------|:-------------------------------|
 | `front_advance_algo` = 3 | generally **3**, except for Cohesive Zone Model equivalence where it is **4**. | 
 | `k_max` = 100.           | maximum value of `kmax`.  | 
-| `power_law_coef` = 100.  | initial value of `kmax`, which may evolve during the TLS process but will be limited by `k_max`(above). Small value induices a global expansion of the damage zone (level set displacment), big value induices propagation arround th process zone (crack tip). Must be big compared to `lc`. See  **A level set based model for damage growth: The thick level set approach**, N. Moës, C. Stolz, P.-E. Bernard, N. Chevaugeon, **International Journal For Numerical Methods in Engineering**, 86,pp 358–380, 2011 | 
+| `power_law_coef` = 100.  | initial value of `kmax`, which may evolve during the TLS process but will be limited by `k_max`(above). Small value induces a global expansion of the damage zone (level set displacment), big value induces propagation arround the process zone (crack tip). Must be big compared to `lc`. See  **A level set based model for damage growth: The thick level set approach**, N. Moës, C. Stolz, P.-E. Bernard, N. Chevaugeon, **International Journal For Numerical Methods in Engineering**, 86,pp 358–380, 2011 | 
 | `CFLfactor` = 0.25       | the maximum displacement of the damage level set is set to **0.25** times the size of the element on which the displacement is maximum. The value must be between **0.25** and **0.6**.| 
 | `Yx_mean_algo` = 0       | method to compute <Y> (average of Y). Default value is **0**.|