Sl.No |
Title |
Author |
Conference |
Action |
1 |
Effects of Subsoil Conditions and Other Factors on the Duration of Earthquake Ground Shakings |
Kamiyama. M. |
8WCEE |
View |
2 |
Characteristics of Surface Ground Motions Considering the Various Property Combinations of Subsoils and Earthquakes |
Ohsaki, Y., Watabe, M., Tohdo, M., Ohkawa, I. |
8WCEE |
View |
3 |
Extraction of Incident Wave from Observed Motion on Rock Ground |
Morishita. H., Kawamura, S. , Kitazawa, K., Hisano, M., Takaki, M. |
8WCEE |
View |
4 |
Quantitative Evaluation of Earthquake Intensity Based on the f'uzzy Standards of Seismic Scale |
Feng, D-y., Lou, S-b., Lin, M-z., Gu, J-p. |
8WCEE |
View |
5 |
The Fuzzy Comprehensive Evaluation of Earthquake Intensity and its Application to Structural Aseismic Design |
Wang, G-y. |
8WCEE |
View |
6 |
Earthquake Accelerograms Destructiveness Potential Factor |
Saragoni, GR., Araya, R. |
8WCEE |
View |
7 |
Strong Ground Motion Duration and Effective Cyclic Acceleration |
Shahabi, M., Mostaghel, N. |
8WCEE |
View |
8 |
Characterization of Earthquake Ground Motion |
Sharrna, M.P., Brady, A.G. |
8WCEE |
View |
9 |
The Use of Strong-Motion Instruments to Determine Local Magnitude |
Jennings, P.C., Kanamori, H. |
8WCEE |
View |
10 |
Relevance of the Earthquake Magnitude in Engineering Seismology |
Nortmann, R.,Kebe, H.W., Duda, S.J. |
8WCEE |
View |
11 |
A Study on Evaluation of Intensity of Earthquake Rock Motions on the Basis of Accelerograms by Seismological Array Observation |
Nagahashi, S. |
8WCEE |
View |
12 |
Ground Motion Features and Earthquake Destructiveness |
Liu, H., Zhang, Q. |
8WCEE |
View |
13 |
Hydrodynamic Spectra |
Arias, S.A., Rios, M.G., Rivera, R.M.A. |
8WCEE |
View |
14 |
Design Response Spectra for Central Europe |
Grossmayer, R.L, Fritze, R. |
8WCEE |
View |
15 |
Strength of a Cohesive Soil in Irregular Loading |
Ishihara, K. Koyamuchi, N., Kasuda, K. |
8WCEE |
View |
16 |
Dynamic Soil Properties from Sinusoidal and Random Vibration |
Al-Sanad, H., Aggour, M.S. |
8WCEE |
View |
17 |
Prediction of Vibratory Shear Modulus and Damping Ratio for Cohesive Soils |
Zen, K., Higuchi, Y. |
8WCEE |
View |
18 |
In Situ Shear Wave Velocities from Spectral Analysis of Surface Waves |
Nazarian, S., Stokoe, K.H., ll |
8WCEE |
View |
19 |
Determination of Shear Wave Velocity by Different Cross-Hole Methods |
Bodare, A., Massarsch, K.R. |
8WCEE |
View |
20 |
Field and Laboratory Measurements of Material Damping of Soil in Shear |
Hoar, R.J., Stokoe, K.H., ll |
8WCEE |
View |
21 |
Analysis of Fabric Changes During Cyclic Loading of Granular Soils |
Oner, M. |
8WCEE |
View |
22 |
Effects of Silt Content on Dynamic Properties of Sandy Soils |
Dezfulian, H. |
8WCEE |
View |
23 |
In Situ Soil Investigation and Evaluation of Dynamic Properties of Sandy Soils in Very Deep Sea |
Umehara, Y., Ohneda, H., Matsumota, K. |
8WCEE |
View |
24 |
Dynamic Properties of Saturated Sand Under Cyclic Loading Conditions (Modeling of Shear Stress Strain Relations) |
Yamashita, J., Majima, M., Nagataki, Y. |
8WCEE |
View |
25 |
Analysis of Earthquake Induced Footing Settlement |
Chang, C.S. |
8WCEE |
View |
26 |
Settlement in Saturated Sand Induced by Cyclic Undrained Simple Shear |
Tatsuoka, F. Sasaki, T. Yamada, S. |
8WCEE |
View |
27 |
Deep Compaction by Vibro Wing Method |
Masarsch, K.R., Lindberg, B. |
8WCEE |
View |
28 |
Two-Dimensional Effective Stress Liquefaction Analysis of Layered Sand Deposits |
Oka, F., Tokuo, A. |
8WCEE |
View |
29 |
An Approach to the Quadratic Nonlinear Formulae for Predicting Earthquake Liquefaction Potential by Stepwise Discriminant Analysis |
Gu, W., Wang, Y |
8WCEE |
View |
30 |
Fore-Pressure Prediction arid Criterion of Liquefaction in Saturated Sandy Soil Under Cyclic Loading |
Liu, Y. |
8WCEE |
View |
31 |
Liquefacton Analysis Compared with Shake Table Test |
Kokusho, T. |
8WCEE |
View |
32 |
Experimental Study on Liquefaction of Saturated Soils Using a Shaking Table |
O-hara, S., Yamamoto, T. |
8WCEE |
View |
33 |
Uniform Cycles in Earthquake Motions |
Haldar, A., Hochaimi, N.S. |
8WCEE |
View |
34 |
Probabilistic Analysis of Seismic Safety Against Liquefaction |
Pires, J.E.A., Wen, Y.K., Ang, A.H-S. |
8WCEE |
View |
35 |
Probabilistic Seismic Hazard Analysis for Pore Pressure Build Up in Sands |
Yegian, M.K. |
8WCEE |
View |
36 |
Nonlinear Probabilistic Evaluation of the Number of Equivalent Uniform Cycles for Liquefaction Analyses |
Kavazanjian, E., Jr., Ho, C.L. |
8WCEE |
View |
37 |
Risk and Mitigation of Liquefaction Hazard |
Lew, M. |
8WCEE |
View |
38 |
Foundation Design for Potential Liquefaction: A Case Study |
Soydemir, C., Le Count, P.L. |
8WCEE |
View |
39 |
Liquefaction Potential of Saturated Sand Deposits Underlying Foundation of Structure |
Liu, H., Qiao, T. |
8WCEE |
View |
40 |
Experimental Study on Liquefaction-Inhibiting Effect of Gravel Drains |
Wang, S.F. |
8WCEE |
View |
41 |
Effects of Liquefaction on Damage to Wooden Houses during Earthquakes |
Tonouchi, K., Kaneko, F., Imai, T. |
8WCEE |
View |
42 |
Liquefaction in the Mexicali Valley During the Earthquake of June 9, 1980 |
Diaz-Rodriguez, J.A. |
8WCEE |
View |
43 |
Recurrence of Liquefaction at the Same Site |
Youd, T.L. |
8WCEE |
View |
44 |
Estimation Procedure of Liquefaction Potential and Its Application to Earthquake Resistant Design |
Arakawa, T., Tokida, K., Kimata, T. |
8WCEE |
View |
45 |
Liquefaction Analysis Using the Cone Penetrometer Test |
Olsen, R.S. |
8WCEE |
View |
46 |
Criteria of Soil Liquefaction with SPT and Fines Content |
Tokimatsu, K., Yoshimi, Y. |
8WCEE |
View |
47 |
Liquefaction Potential and the International SPT |
Kovacs, W.D., Yokel, F.Y., Salamone, L.A., Holtz, R.D. |
8WCEE |
View |
48 |
Liquefaction Characteristics of Saturated Sand-Gravels Under Vibration and Cyclic Loading |
Wang, W.S., Chang, Y.B., Zuo, X.H. |
8WCEE |
View |
49 |
Liquefaction Characteristics of Silty Clay |
El Hosri, M.S., Biarez, J. Hicher, P.Y. |
8WCEE |
View |
50 |
Volume Chang of Sand Deposits Subjected to Cyclic Shear |
Chung, R.M., Yokel, F.Y. |
8WCEE |
View |
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