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--- doc:user:tutorials:tuto1 [2016/07/11 16:40] – [Contact] boemer
+++ doc:user:tutorials:tuto1 [2016/07/11 16:45] (current) – [Temporal Integration] boemer
@@ Line 393: / Line 393: @@
 The description of this model is now over. What is left to consider is the way the ''Metafor'' analysis, in charge of running the simulation, will integrate the equations temporally.
-Many options are available, however the simplest one is chosen here, which is a quasi-static integration (where the inertia is neglected). What remains to define is the temporal interval on which the simulation will be run, and the way the results will be saved (see [[doc:user:integration:general:time_step]]).
+Many options are available, however the simplest one is chosen here, which is a quasi-static integration (where the inertia is neglected). What remains to be defined is the temporal interval during which the simulation will be run, and the way the results will be saved (see [[doc:user:integration:general:time_step]]).
@@ Line 412: / Line 412: @@
-Afterwards, the ''MechanicalIterationManager'' is considered (see [[doc:user:integration:general:mim_tim]]). This object sets the parameters of Newton-Raphson algorithm, used to solve the equilibrium equations. Here, a maximum of 7 mechanical [[doc:user:general:glossaire#iterations]] is set, with the default tolerance of 1.0e-4.
+Afterwards, the ''MechanicalIterationManager'' is considered (see [[doc:user:integration:general:mim_tim]]). This object sets the parameters of the Newton-Raphson algorithm, used to solve the equilibrium equations. Here, a maximum of 7 mechanical [[doc:user:general:glossaire#iterations]] is set, with the default tolerance of 1.0e-4.
 ==== Curves Extraction  ====