TY  - THES
N1  - Muhammad Faizal Zakaria, S.Si.,M.T.
ID  - digilib13969
UR  - https://digilib.uin-suka.ac.id/id/eprint/13969/
A1  - ARIKA PURWANTI, NIM. 11620018
Y1  - 2016/04/08/
N2  - Microseismic measurement is one of the most popular methods to predict
damage level of region. The technique has been used at 34 points measurement
Opak Fault in Bantul,Yogyakarta, to obtain ground dominant-frequency value
ground, and its amplification, the Peak Ground Acceleration (PGA) value, and,
determing to the damage level of the area. Based on the research, the dominant
frequency of the area ranged from 1,56 to 7,5 Hz, and the PGA value ranged from
140,179 Gal ? 308,523 Gal and the damage risk level of the area has been divided
into first high risk, second high risk, third high risk, and very high risk which
categorized into very-high one level.
PB  - UIN SUNAN KALIJAGA YOGYAKARTA
KW  - Microseismic measurement is one of the most popular methods to predict
damage level of region. The technique has been used at 34 points measurement
Opak Fault in Bantul
KW  - Yogyakarta
KW  -  to obtain ground dominant-frequency value
ground
KW  -  and its amplification
KW  -  the Peak Ground Acceleration (PGA) value
KW  -  and
KW  - 
determing to the damage level of the area. Based on the research
KW  -  the dominant
frequency of the area ranged from 1
KW  - 56 to 7
KW  - 5 Hz
KW  -  and the PGA value ranged from
140
KW  - 179 Gal ? 308
KW  - 523 Gal and the damage risk level of the area has been divided
into first high risk
KW  -  second high risk
KW  -  third high risk
KW  -  and very high risk which
categorized into very-high one level.
M1  - skripsi
TI  - ANALISIS TINGKAT RESIKO DARI NILAI PEAK GROUND
ACCELERATION (PGA) BERDASARKAN DATA
MIKROSEISMIK DISEKITAR JALUR SESAR OPAK
KABUPATEN BANTUL YOGYAKARTA
AV  - restricted
EP  - 126
ER  -