INDEKS SUBJEKS Jurnal Media Teknik Sipil Volume 12, Tahun 2014

Authors

  • INDEKS SUBJEKS

DOI:

https://doi.org/10.22219/jmts.v12i2.2292

Abstract

INDEKS SUBJEKS Jurnal Media Teknik Sipil Volume 12, Tahun 2014

A.

Agregat slag, 1,4

Abu Batu, 63-70

Angkutan Umum, 91-99

Actual Cost, 142

Agregat, 119

Angkutan Umum Penumpang, 130-138

ATP (Ability To pay), 183-190

Analisis daur hidup, 191-196

 

B

Beton, 1-4, 7, 30-37

Beton ramah lingkungan, 111

Beton ringan non pasir, 119

Bambu, 56-62

Batako, 63-70

Bawah Batubara abu, 163-172

Beton cor, 173-182

Beruba lubang (potholes), 173

Bergelombang (rutting), 173

Bottom ash, 163

Block pavement, 178

BOK (Biaya Oprasional Kendaraan), 183-190

 

C

Campiran, 1-3, 

Cost, 10, 13, 38-47

Cost variance, 146

Compatibility, 102

Confirmotory research, 103

Conventional Materials, 119-148

Colom strengthener, 149-157

Campuran Aspal B latasir, 163-172

 

D

Drainase, 48-55

Diameter, 80-90

Developer, 101-110

Degradasi kekuatan, 149

Daur ulang, 191

 

E

Evaluasi, 48-55

Evaluasi Kinerja, 91-99

EVM (Earned Value Management), 141

EVC (Earned Value Concept, 141

 

F

Fly ash, 111

FRP (Fiber Reinforced Polymer), 149-150

Flexible pavement, 176

 

G

Gas Metan, 71-79

GFRP (Glass Fiber Reinforced Polymer), 149-150

CFRP (Carbon Fiber Reinforced Polymer), 150 

Gas rumah kaca, 191-196

 

H

Headway, 131-138

Home Prosperous Tread, 139

Hipoteis, 103

 

I

Inovasi Produk, 100-109

Inventori, 102

Indeks, 158-162

 

J

Jaringan Pipa, 80-90

Jalan, 173-182

Jejak korban, 191-196

 

K

Kekuatan Tarik, 30-37

Kuat Tekan, 56-62

Kepercayaan, 101-110

Kalsium, 116

Kinerja, 130

Kota Mataram, 130-138

Kerangka baja, 151

Kerentanan, 158-162

Ketahanan alur, 163

Konstruksi Berkelanjutan, 173-182

 

L

Limbah Ban karet, 20-29

Ledutan, 56-62

Limbah Karbit, 63-70Lempung Bakar, 119Load factor, 131Lading frame, 151
MMetode Pert, 10Metode eksperimental, 149-157Marshall caracteristic, 20-29Mortar Resin, 56-62MIRHA (Microwave Insenerated Rice Husk Ash), 112Materials Print, 139Material Konvensional, 139Mikrotremor, 160Marshall test, 164
NNarmalisasi, 48-55
OOptimasi, 80-90Oksida Besi, 116
PPDM. 10-19Pelepasan, 48-55Perencanaan, 48-55Program Linier, 80-90Penumpang, 91-99PVA (Pulverized Vuel Ash), 112Pelapisan ulangjalan (overlay), 163Paving block, 173-182Pelepasan butiran (ravelling), 173Pengolahan sampah, 191-196Pengurangan, 191Penggunaan kembali, 191Pemulihan, 191
RRelative advantage, 101-102Rumah sejatera tapak, 139Result demonstrability, 102Reliabilitas, 106Retak-retak, 173Rigid pavement, 176Reduction, 192Reuse, 192Recycling, 192Recovery, 192
SSDM, 10-12Serat HDPE, 30-37Sanitary Landfill, 71-79Stabilitas Lereng, 71-79SEM (Structural Equation Model), 103Sintesis, 111Silika Oksida, 116Schedule variance, 146Seismik, 158
TTriability, 102
UUji Kesesuaian Model, 107Uji Kualitas, 108Uji Outliers, 107Uji Multikoliniaritas, 107Uji Normalitas, 107Uji Validitas, 106-107
WWaktu, 10-13, 38-47WTP (Willngeness To Pay), 184-190

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