tconvert total displacement to shear velocity for flux calculation - hansen-zoet-exp - comparison of lab and model results of sediment advection
(HTM) git clone git://src.adamsgaard.dk/hansen-zoet-exp
(DIR) Log
(DIR) Files
(DIR) Refs
(DIR) Submodules
---
(DIR) commit 5f28e55d5037613d8aff6ead4ee41b253aad4ab2
(DIR) parent f46fbebaeb5cf4eab2caa5ff85154041f945e228
(HTM) Author: Anders Damsgaard <anders@adamsgaard.dk>
Date: Tue, 7 Jun 2022 19:36:39 +0200
convert total displacement to shear velocity for flux calculation
Diffstat:
M Makefile | 18 +++++++++++-------
1 file changed, 11 insertions(+), 7 deletions(-)
---
(DIR) diff --git a/Makefile b/Makefile
t@@ -23,6 +23,8 @@ grain_rate_dependence = 0.002
# sediment flux is proportional to cuberoot(N)
# grain_nonlocal_ampl = 0.66 -> a = 2.62
# grain_nonlocal_ampl = 0.33 -> a = 1.79
+time_end = 345600
+time_interval = 1800
default: ${PDFS} strain_distribution_ampl1Pa_freq1.157e-5s.txt
t@@ -45,7 +47,7 @@ strain_distribution_N50kPa_v3.169e-6ms.txt: ${BIN} Makefile
-n $${P}e3 \
-A ${grain_nonlocal_ampl} \
-b ${grain_rate_dependence} \
- > strain_distribution_N$${P}kPa_v$${v}ms.txt; \
+ >strain_distribution_N$${P}kPa_v$${v}ms.txt; \
done; done' # also close fit with lower A and higher b
# higher values of L do not make a difference in flux
t@@ -64,12 +66,12 @@ strain_distribution_ampl1Pa_freq1.157e-5s.txt: ${BIN}
-A ${grain_nonlocal_ampl} \
-b ${grain_rate_dependence} \
-F \
- -e 345600 \
- -I 1800 \
+ -e ${time_end} \
+ -I ${time_interval} \
-q $${freq} \
-a $${ampl} \
strain_distribution_ampl$${ampl}Pa_freq$${freq}s \
- > strain_distribution_ampl$${ampl}Pa_freq$${freq}s.txt; \
+ >strain_distribution_ampl$${ampl}Pa_freq$${freq}s.txt; \
done; done'
mohr_coulomb_v3.169e-6ms.txt: strain_distribution_N50kPa_v3.169e-6ms.txt
t@@ -77,7 +79,7 @@ mohr_coulomb_v3.169e-6ms.txt: strain_distribution_N50kPa_v3.169e-6ms.txt
rm -f mohr_coulomb_v*ms.txt; \
for v in ${velvals}; do \
for P in ${stressvals}; do \
- tail -n 1 strain_distribution_N$${P}kPa_v$${v}ms.txt >> mohr_coulomb_v$${v}ms.txt; \
+ tail -n 1 strain_distribution_N$${P}kPa_v$${v}ms.txt >>mohr_coulomb_v$${v}ms.txt; \
done; done'
sediment_flux_v3.169e-6ms.txt: strain_distribution_N50kPa_v3.169e-6ms.txt Makefile
t@@ -85,7 +87,7 @@ sediment_flux_v3.169e-6ms.txt: strain_distribution_N50kPa_v3.169e-6ms.txt Makefi
rm -f sediment_flux_v*ms.txt; \
for v in ${velvals}; do \
for P in ${stressvals}; do \
- (printf "%ge3\t" $$P; ../cngf-pf/shear_flux < strain_distribution_N$${P}kPa_v$${v}ms.txt) >> sediment_flux_v$${v}ms.txt; \
+ (printf "%ge3\t" $$P; ../cngf-pf/shear_flux <strain_distribution_N$${P}kPa_v$${v}ms.txt) >>sediment_flux_v$${v}ms.txt; \
echo sediment_flux_v$${v}ms.txt; \
done; done'
t@@ -94,7 +96,9 @@ sediment_flux_freq1.157e-5s.txt: strain_distribution_ampl1Pa_freq1.157e-5s.txt M
rm -f sediment_flux_freq*s.txt; \
for freq in ${fluid_freq_vals}; do \
for ampl in ${fluid_ampl_vals}; do \
- (printf "%g\t" $$ampl; ../cngf-pf/shear_flux < strain_distribution_ampl$${ampl}Pa_freq$${freq}s.txt) >> sediment_flux_freq$${freq}s.txt; \
+ awk -v end=${time_end} "{printf \"%g\t%g\n\", $$1, $$10/time_end}" \
+ <strain_distribution_ampl$${ampl}Pa_freq$${freq}s.txt >strain_distribution_ampl$${ampl}Pa_freq$${freq}s_.txt; \
+ (printf "%g\t" $$ampl; ../cngf-pf/shear_flux <strain_distribution_ampl$${ampl}Pa_freq$${freq}s_.txt) >>sediment_flux_freq$${freq}s.txt; \
echo sediment_flux_freq$${freq}s.txt; \
done; done'