commit to user 94
4.8. Rekapitulasi Hasil Penelitian
Tabel 4.20. Rekapitulasi
Marshall Properties
untuk Perendaman 14 hari dengan KAO 6
Karakteristik
Marshall
Kadar
Filler Filler
Semen
Filler
Limbah Karbit
naikturun terhadap
semen
Filler
Limbah Batubara
naikturun terhadap
semen
Nilai Stabilitas
kg 4
1019,389 1009,943 -0,927
374,592 -63,253
5 1055,943 1023,234
-3,098 396,242
-62,475 6
1098,282 1083,589 -1,338
413,042 -62,392
7 1182,952 1174,550
-0,710 494,833
-58,170 7,91
1115,232 1080,934 -3,075
484,580 -56,549
Marshall Quotient
kgmm 4
265,928 268,126
0,827 93,648
-64,784 5
273,089 264,630
-3,098 101,601
-62,796 6
289,021 285,155
-1,338 106,821
-63,040 7
311,303 303,763
-2,422 130,219
-58,170 7,91
301,414 286,974
-4,791 130,968
-56,549
VIM 4
4,700 4,981
5,972 21,998
368,009 5
4,614 4,942
7,106 21,855
373,701 6
4,770 4,887
2,459 21,834
357,761 7
4,425 4,803
8,533 21,693
390,193 7,91
4,314 4,719
9,384 20,922
384,942
Tabel 4.21. Rekapitulasi Hasil Pengujian Durabilitas dengan KAO 6
Durabilitas Kadar
Filler Filler
Semen
Filler
Limbah Karbit
Filler
Limbah Batu Bara
Ips 4
6,191 9,586
8,855 Nps kg
74,300 113,994
51,361 Ips
5 7,350
8,349 8,437
Nps kg 90,350
100,903 49,200
Ips 6
5,429 7,252
18,897 Nps kg
66,996 88,293
127,318 Ips
7 4,632
2,907 22,152
Nps kg 58,701
35,719 178,695
Ips 7,91
2,598 5,782
22,450 Nps kg
31,616 69,361
176,783
commit to user 95
Tabel 4.22. Rekapitulasi Hasil Perhitungan Permeabilitas
KODE
FILLER
MAX KADAR
ASPAL OPTIMUM
KAO DIAMETER
BENDA UJI TEBAL BENDA UJI
TEBAL WAKTU
REMBESAN NILAI
SAMPEL FM
RATA- RATA
t REMBESAN
T1 T2
T3 T4
T K
cm cm
cm detik
cmdetik - 6 .7,91. 1
Semen 7,91
10 6,66
6,55 6,49
6,64 6,585
230 0,000121
- 6 .7,91. 2 6
10 6,03
5,83 6,0
6,28 6,035
168 0,000152
- 6 .7,91. 3 10
6,05 6,07
6,12 6,15
6,097 202
0,000128
Rata-rata 0,000134
1,34x10
-4
- 6 .7,9 . 1 Limbah
Karbit 7,91
10 5,97
6,08 6,09
6,02 6,040
130 0,000197
- 6 .7,9 . 2 6
10 6,17
6,16 6,06
6,14 6,133
129 0,000202
- 6 .7,91. 3 10
6,44 6,50
6,40 6,39
6,433 144
0,000189
Rata-rata 0,000196
1,96x10
-4
- 6 .7,91 .1 Limbah
Batu Bara 7,91
10 6,27
6,27 6,19
6,25 6,245
94 0,000282
- 6 .7,91 .2 6
10 6,28
6,14 6,14
6,22 6,195
64 0,000411
- 6 .7,91. 3 10
6,04 6,09
6,02 6,05
6,050 80
0,000311
Rata-rata 0,000335
3,35x10
-4
Tabel 4.23. Rekapitulasi Hasil Perhitungan UCS
Kode Sampel
Kadar Filler
Kadar Aspal
Optimum Beban
Terkoreksi Diameter
Sampel Luas
Penampang Nilai
UCS
KN cm
cm
2
Kgcm
2
6.7, 91.1 Semen
6 40
10 78,8
51 6.7,9.1.2
7,91 40
10 78,5
51 6.7,9.1.3
30 10
78,5 38
Rata – rata
47
6.7, 91.1 Limbah
Karbit 7,91
6 30
10 78,5
38 6.7,9.1.2
35 10
78,5 45
6.7,9.1.3 40
10 78,5
51 Rata - rata
45
6.7, 91.1 Limbah
Batu Bara
7,91 6
35 10
78,5 45
6.7,9.1.2 10
10 78,5
13 6.7,9.1.3
25 10
78,5 32
Rata - rata
30
commit to user 96
Tabel 4.24 Rekapitulasi Hasil Perhitungan ITS
Kode Sampel
Kadar Filler
Kadar Aspal Optimum
Pembacaan Dial
Beban Terkoreksi
Nilai ITS lb
kg
Kgcm2
6.7, 91.1 Semen
7,91 6
34,5 464,05
4,60 6.7,9.1.2
39 540,64
5,34 6.7,9.1.3
40,5 572,55
5,74
Rata – rata
5,23 6.7, 91.1
Limbah Karbit
7,91 6
28,5 406,82
4,20 6.7,9.1.2
31 429,74
4,26 6.7,9.1.3
33 471,05
4,74
Rata - rata 4,40
6.7, 91.1 Limbah
Batu Bara 7,91
6 24
316,23 3,10
6.7,9.1.2 27
352,05 3,41
6.7,9.1.3 26,5
360,08 3,54
Rata – rata
3,35
4.9. Komparasi Pemakaian
Kategori