Environmental Engineering Reference
In-Depth Information
Statistics
Good
Bad
+
+
+
+
Land condition
Earthquake aspect
History
+
+
Geological
stabilization
Stability
+
Worse
Better
+
+
+
+
Detectable
Asteroid aspect
Negligible asteroid
+
FIGURE 4.12
Geological.stabilization.
12.54.times.higher.than.the.value.of.2.27.in.2023..The.simulations.concerning.
an.ACLF,.criticality.stabilization,.and.geological.stabilization.using.the.time.
step. of. 0.25. month. are. shown. in. Figures  4.14−4.16.. The. higher. values. are.
in.the.middle.part.of.the.criticality.stabilization..Although.the.time.step.is.
changed.in.Figure 4.17,.the.trend.is.similar.to.the.case.of.the.0.25.time.step..
The.values.increase.slightly..In.the.case.of.the.time.step.of.0.01562.month,.the.
highest.value.is.as.31.3025.in.2049.
4.5 Conclusions
A. dynamic. simulation. is. performed. for. an. ACLF. in. the. LNPR.. The. safety.
assessment.is.newly.modiied.using.nonlinear.SD..The.time.step.is.utilized.
for.the.examination.of.the.frequent.variation.cycles..Tree-type.quantiication.
is.substituted.by.the.nonlinear.event.low−oriented.method..The.dynamical.
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