load_gram_6 = 200.7
load_gram_7 = 657.5
load_gram_8 = 205.5
load_gram_9 = 657.6
load_gram_10 = 205.7
load_gram_11 = 657.1
load_gram_12 = 205.8
load_gram_13 = 206
load_gram_14 = 656.8
load_gram_15 = 205.9
load_gram_16 = 205.7
#sample: rubber pieces (small), substrate: soda lime wafer with 3.6 um PAC
#0 um PAC on small rubber(2cm*2cm) vs soda lime wafer, load = 205.5
soda3_6um_srubber0um1 = 'data/20171024_smallrubber_1_vs_sodalime_3.3um_205.5g_load_1.xlsx'
soda3_6um_srubber0um1df = data.friction_data(soda3_6um_srubber0um1,
load_gram_8)
#0.2 um PAC on small rubber (2cm*2cm) vs soda lime wafer with 3.6 um PAC, load = 206
soda3_6um_srubber0_2um1 = 'data/20171121_smallrubber_0.2um_1_vs_sodalime_3.6um_206.0g_load_1.xlsx'
soda3_6um_srubber0_2um1df = data.friction_data(soda3_6um_srubber0_2um1,
load_gram_13)
soda3_6um_srubber0_2um2 = 'data/20171121_smallrubber_0.2um_2_vs_sodalime_3.6um_206.0g_load_1.xlsx'
soda3_6um_srubber0_2um2df = data.friction_data(soda3_6um_srubber0_2um2,
load_gram_13)
soda3_6um_srubber0_2um3 = 'data/20171121_smallrubber_0.2um_3_vs_sodalime_3.6um_206.0g_load_1.xlsx'
soda3_6um_srubber0_2um3df = data.friction_data(soda3_6um_srubber0_2um3,
load_gram_13)
soda3_6um_srubber0_2um4 = 'data/20171121_smallrubber_0.2um_4_vs_sodalime_3.6um_206.0g_load_1.xlsx'
soda3_6um_srubber0_2um4df = data.friction_data(soda3_6um_srubber0_2um4,
load_gram_13)
load_gram_6 = 200.7 load_gram_7 = 657.5 load_gram_8 = 205.5 load_gram_9 = 657.6 load_gram_10 = 205.7 load_gram_11 = 657.1 load_gram_12 = 205.8 load_gram_13 = 206 load_gram_14 = 656.8 load_gram_15 = 205.9 load_gram_16 = 205.7 #sample: rubber pieces (small), substrate: soda lime wafer #0 um PAC on small rubber(2cm*2cm) vs soda lime wafer, load = 205.5 soda_srubber0um1 = 'data/20171024_smallrubber_1_vs_sodalime_205.5g_load_1.xlsx' soda_srubber0um1df = data.friction_data(soda_srubber0um1, load_gram_8) #0.2 um PAC on small rubber (2cm*2cm) vs COP, load = 205.7 soda_srubber0_2um1 = 'data/20171127_smallrubber_0.2um_1_vs_sodalime_#1_205.7g_load_1.xlsx' soda_srubber0_2um1df = data.friction_data(soda_srubber0_2um1, load_gram_16) soda_srubber0_2um2 = 'data/20171127_smallrubber_0.2um_2_vs_sodalime_#1_205.7g_load_1.xlsx' soda_srubber0_2um2df = data.friction_data(soda_srubber0_2um2, load_gram_16) soda_srubber0_2um3 = 'data/20171127_smallrubber_0.2um_3_vs_sodalime_#1_205.7g_load_1.xlsx' soda_srubber0_2um3df = data.friction_data(soda_srubber0_2um3, load_gram_16) soda_srubber0_2um4 = 'data/20171127_smallrubber_0.2um_4_vs_sodalime_#1_205.7g_load_1.xlsx' soda_srubber0_2um4df = data.friction_data(soda_srubber0_2um4, load_gram_16) #0.6 um PAC on small rubber (2cm*2cm) vs COP, load = 205.7 soda_srubber0_6um1 = 'data/20171127_smallrubber_0.6um_1_vs_sodalime_#2_205.7g_load_1.xlsx' soda_srubber0_6um1df = data.friction_data(soda_srubber0_6um1, load_gram_16) soda_srubber0_6um2 = 'data/20171127_smallrubber_0.6um_2_vs_sodalime_#2_205.7g_load_1.xlsx'
matplotlib.use
import matplotlib.pyplot as plt
plt.style.use('seaborn-talk')
import pandas as pd
import friction_functions as data
load_gram_1 = 657.8
load_gram_2 = 657.4
load_gram_3 = 204.2
load_gram_4 = 657.2
#1.1 um PAC on glass vs COP, load = 657.8
COP1um1 = 'data/20171003_PAC1.1umglass_7_vs_COP_657.8g_load_1.xlsx'
COP1um1df = data.friction_data(COP1um1, load_gram_1)
COP1um2 = 'data/20171003_PAC1.1umglass_8_vs_COP_657.8g_load_1.xlsx'
COP1um2df = data.friction_data(COP1um2, load_gram_1)
COP1um3 = 'data/20171003_PAC1.1umglass_9_vs_COP_657.8g_load_1.xlsx'
COP1um3df = data.friction_data(COP1um3, load_gram_1)
COP1um4 = 'data/20171003_PAC1.1umglass_10_vs_COP_657.8g_load_1.xlsx'
COP1um4df = data.friction_data(COP1um4, load_gram_1)
COP1um5 = 'data/20171003_PAC1.1umglass_11_vs_COP_657.8g_load_1.xlsx'
COP1um5df = data.friction_data(COP1um5, load_gram_1)
#3.3um PAC on glass vs COP, load = 657.8
COP3um1 = 'data/20171003_PAC3.3umglass_3_vs_COP_657.8g_load_1.xlsx'
COP3um1df = data.friction_data(COP3um1, load_gram_1)
COP3um2 = 'data/20171003_PAC3.3umglass_5_vs_COP_657.8g_load_1.xlsx'
COP3um2df = data.friction_data(COP3um2, load_gram_1)
COP3um3 = 'data/20171003_PAC3.3umglass_6_vs_COP_657.8g_load_1.xlsx'
load_gram_7 = 657.5 load_gram_8 = 205.5 load_gram_9 = 657.6 load_gram_10 = 205.7 load_gram_11 = 657.1 load_gram_12 = 205.8 load_gram_13 = 206 load_gram_14 = 656.8 load_gram_15 = 205.9 load_gram_16 = 205.7 load_gram_17 = 819.5 #sample: rubber pieces (small), substrate: teflon #0 um PAC on small rubber(2cm*2cm) vs teflon, load = 656.8, load = 205.7 teflon_srubber0um1 = 'data/20171201_smallrubber_1_vs_teflon_656.8g_load_1.xlsx' teflon_srubber0um1df = data.friction_data(teflon_srubber0um1, load_gram_14) teflon_srubber0um2 = 'data/20171201_smallrubber_1_vs_teflon_205.7g_load_1.xlsx' teflon_srubber0um2df = data.friction_data(teflon_srubber0um2, load_gram_16) #0.2 um PAC on small rubber (2cm*2cm) vs teflon, load = 656.8 teflon_srubber0_2um1 = 'data/20171201_smallrubber_0.2um_1_vs_teflon_656.8g_load_2.xlsx' teflon_srubber0_2um1df = data.friction_data(teflon_srubber0_2um1, load_gram_14) teflon_srubber0_2um2 = 'data/20171201_smallrubber_0.2um_2_vs_teflon_656.8g_load_2.xlsx' teflon_srubber0_2um2df = data.friction_data(teflon_srubber0_2um2, load_gram_14) teflon_srubber0_2um3 = 'data/20171201_smallrubber_0.2um_3_vs_teflon_656.8g_load_2.xlsx' teflon_srubber0_2um3df = data.friction_data(teflon_srubber0_2um3, load_gram_14) teflon_srubber0_2um4 = 'data/20171201_smallrubber_0.2um_4_vs_teflon_656.8g_load_2.xlsx' teflon_srubber0_2um4df = data.friction_data(teflon_srubber0_2um4, load_gram_14) #0.6 um PAC on small rubber (2cm*2cm) vs teflon, load = 656.8 teflon_srubber0_6um1 = 'data/20171201_smallrubber_0.6um_1_vs_teflon_656.8g_load_1.xlsx'
load_gram_6 = 200.7 load_gram_7 = 657.5 load_gram_8 = 205.5 load_gram_9 = 657.6 load_gram_10 = 205.7 load_gram_11 = 657.1 load_gram_12 = 205.8 load_gram_13 = 206 load_gram_14 = 656.8 load_gram_15 = 205.9 load_gram_16 = 205.7 #sample: rubber pieces (small), substrate: COP #0 um PAC on small rubber(2cm*2cm) vs COP, load = 205.5 COP_srubber0um1 = 'data/20171024_smallrubber_1_vs_COP_205.5g_load_1.xlsx' COP_srubber0um1df = data.friction_data(COP_srubber0um1, load_gram_8) #0.2 um PAC on small rubber (2cm*2cm) vs COP, load = 206 COP_srubber0_2um1 = 'data/20171121_smallrubber_0.2um_1_vs_COP_206.0g_load_1.xlsx' COP_srubber0_2um1df = data.friction_data(COP_srubber0_2um1, load_gram_13) COP_srubber0_2um2 = 'data/20171121_smallrubber_0.2um_2_vs_COP_206.0g_load_1.xlsx' COP_srubber0_2um2df = data.friction_data(COP_srubber0_2um2, load_gram_13) COP_srubber0_2um3 = 'data/20171121_smallrubber_0.2um_3_vs_COP_206.0g_load_1.xlsx' COP_srubber0_2um3df = data.friction_data(COP_srubber0_2um3, load_gram_13) COP_srubber0_2um4 = 'data/20171121_smallrubber_0.2um_4_vs_COP_206.0g_load_1.xlsx' COP_srubber0_2um4df = data.friction_data(COP_srubber0_2um4, load_gram_13) #0.6 um PAC on small rubber (2cm*2cm) vs COP, load = 205.9 COP_srubber0_6um1 = 'data/20171122_smallrubber_0.6um_1_vs_COP_205.9g_load_1.xlsx' COP_srubber0_6um1df = data.friction_data(COP_srubber0_6um1, load_gram_15) COP_srubber0_6um2 = 'data/20171122_smallrubber_0.6um_2_vs_COP_205.9g_load_1.xlsx'
matplotlib.use
import matplotlib.pyplot as plt
plt.style.use('seaborn-talk')
import pandas as pd
import friction_functions as data
load_gram_1 = 657.8
load_gram_2 = 657.4
load_gram_3 = 204.2
load_gram_4 = 657.2
#1.1um PAC on glass vs glass, load = 657.8
glass1um1 = 'data/20171003_PAC1.1umglass_1_vs_glass_657.8g_load_1.xlsx'
glass1um1df = data.friction_data(glass1um1, load_gram_1)
glass1um2 = 'data/20171003_PAC1.1umglass_2_vs_glass_657.8g_load_1.xlsx'
glass1um2df = data.friction_data(glass1um2, load_gram_1)
glass1um3 = 'data/20171003_PAC1.1umglass_3_vs_glass_657.8g_load_1.xlsx'
glass1um3df = data.friction_data(glass1um3, load_gram_1)
glass1um4 = 'data/20171003_PAC1.1umglass_4_vs_glass_657.8g_load_1.xlsx'
glass1um4df = data.friction_data(glass1um4, load_gram_1)
glass1um5 = 'data/20171003_PAC1.1umglass_5_vs_glass_657.8g_load_1.xlsx'
glass1um5df = data.friction_data(glass1um5, load_gram_1)
#3.3um PAC on glass vs glass, load = 657.8
glass3um1 = 'data/20171003_PAC3.3umglass_1_vs_glass_657.8g_load_1.xlsx'
glass3um1df = data.friction_data(glass3um1, load_gram_1)
glass3um2 = 'data/20171003_PAC3.3umglass_2_vs_glass_657.8g_load_1.xlsx'
glass3um2df = data.friction_data(glass3um2, load_gram_1)
glass3um3 = 'data/20171003_PAC3.3umglass_3_vs_glass_657.8g_load_1.xlsx'