3.1 RELEVANCE OF GROUND MOTION NUMERICAL SIMULATIONS: WHAT HAVE WE LEARNED SINCE THE ESG 2006 BENCHMARK?, Emmanuel Chaljub, Peter Moczo, Jozef Kristek, Pierre-Yves Bard, and Fabrice Hollender.

3.2 TESTING SCEC 3D SEISMIC VELOCITY MODELS FOR THE LOS ANGELES BASIN REGION, Robert W. Graves.

3.3 A STOCHASTIC GROUND-MOTION MODEL FOR SWITZERLAND, Benjamin Edwards, Donat Fah, and Domenico Giardini.

3.4 SPATIAL VARIABILITY OF GROUND MOTION AMPLIFICATION FROM LOW-VELOCITY SEDIMENTS INCLUDING FRACTAL INHOMOGENEITIES WITH SPECIAL REFERENCE TO THE SOUTHERN CALIFORNIA BASINS, Kim Olsen and Bo Holm Jacobsen.

3.5 TUNING THE DEEP VELOCITY STRUCTURE MODEL OF THE TOKYO METROPOLITAN AREA BASED ON 1-D SIMULATION OF LONG-PERIOD S-WAVES, Yadab Prasad Dhakal, Hiroaki Yamanaka, and Tsutomu Sasatani.

3.6 CONSTRUCTION OF PROCEDURE OF STRONG GROUND MOTION PREDICTION FOR INTRASLAB EARTHQUAKES BASED ON CHARACTERIZED SOURCE MODEL, Tomotaka Iwata, Kimiyuki Asano, and Haruko Sekiguchi.

3.7 LONG-PERIOD EARTHQUAKE SIMULATIONS IN THE WASATCH FRONT, UT: MISFIT CHARACTERIZATION AND GROUND MOTION ESTIMATES, Morgan P. Moschetti and Leonardo Ramirez-Guzman.

3.8 BROADBAND GROUND MOTION SIMULATION FOR GREAT INTERPLATE EARTHQUAKES WITH MULTI-SCALE HETEROGENEOUS SOURCE MODELING, Haruko Sekiguchi, Masayuki Yoshimi, and Haruo Horikawa.

3.10 BROADBAND GROUND-MOTIONS FROM RUPTURE DYNAMICS, P. Martin Mai and Luis A. Dalguer.

3.11 STRONG GROUND MOTION SIMULATION OF THE OCTOBER 22, 1999, CHIAYI EARTHQUAKE USING HYBRID GREEN'S FUNCTION METHOD, Cheng-Feng Wu and Huey-Chu Huang.

3.12 ESTIMATION OF SLIP SCENARIOS FOR MEGATHRUST EARTHQUAKES: A CASE STUDY FOR PERU, Nelson Pulido, Hernando Tavera, Hugo Perfettini, Mohamed Chlieh, Zenon Aguilar, Shin Aoi, Shoichi Nakai, and Fumio Yamazaki.

3.13 BROADBAND STRONG GROUND MOTION PREDICTION FOR HYPOTHETICAL TONANKAI EARTHQUAKE USING STATISTICAL GREEN'S FUNCTIONS METHOD AND SUBSEQUENT BUILDING DAMAGE EVALUATION, Baoyintu, Hiroshi Kawase, and Shinichi Matsushima.

3.14 MODELING 3D VELOCITY STRUCTURE IN THE FAULT REGION OF THE 2007 NIIGATAKEN CHUETU-OKI EARTHQUAKE WITH FOLDING STRUCTURE, Kenichi Tsuda, Takashi Hayakawa, Tomiichi Uetake, Kazuhito Hikima, Ryoichi Tokumitsu, Hideki Nagumo, and Yoshiaki Shiba.

3.15 EFFECT OF SHORELINE FAULT ZONE SEGMENTATIONS ON SIMULATION OF LONG-PERIOD SEISMIC MOTIONS AND SEISMIC LOAD FOR DIABLO CANYON POWER PLANT, Alexander Bykovtsev and Marat Kasimov.

3.16 NEAR-SOURCE GROUND MOTION VARIABILITY FROM M~6.5 DYNAMIC RUPTURE SIMULATIONS, Luis A. Dalguer and P. Martin Mai.

3.17 NUMERICAL MODELING OF SHAKING EFFECTS DUE TO STRONG MOTIONS ON THE TIBER ALLUVIAL DEPOSITS IN ROME (ITALY), Fabian Bonilla, Francesca Bozzano, Celine Gelis, Anna Chiara Giacomi, Luca Lenti, Salvatore Martino, Maria Paola Santisi d'Avila, and Jean-Francois Semblat.

3.18 EFFECTS OF SOIL NONLINEARITY ON GROUND RESPONSE IN 3D SIMULATIONS - AN APPLICATION TO THE SALT LAKE CITY BASIN, Dorian Restrepo, Ricardo Taborda, and Jacobo Bielak.

3.19 NUMERICAL STUDY OF TOPOGRAPHICAL SITE EFFECTS BY A DISCONTINUOUS FINITE ELEMENT METHOD, Nathalie Glinsky and Etienne Bertrand.

3.20 WAVE PROPAGATION ANALYSIS OF A GROUND WITH THREE-DIMENSIONAL IRREGULARITIES BASED ON THE FINITE ELEMENT METHOD, Shoichi Nakai and Hiroto Nakagawa.

3.22 STUDY OF THE APPLICABILITY OF NON-JACOBIAN ITERATION METHOD FOR MODELING OF THE UPPERMOST CRUSTAL LAYER, Anatoly Petukhin, Takao Kagawa, Kazuki Koketsu, Hiroe Miyake, Satoko Murotani, Ken Miyakoshi, Tetsu Masuda, and Naoto Inoe.

3.23 EFFECT OF MATERIAL RHEOLOGY WHEN MODELING WAVE PROPAGATION IN COMPLEX MEDIA: A 2D P-SV CASE STUDY, Celine Gelis, Fabian Bonilla, and Peng-Cheng Liu.

3.26 ENSEMBLE SIMULATIONS OF RUPTURES ON ROUGH FAULTS: VARIABILITY IN RUPTURE PROCESS AND GROUND MOTION, Zijun Fang, Hyunghoon Cho, and Eric M. Dunham.

3.28 ANALYSIS OF SEISMIC WAVES CROSSING THE SANTA CLARA BASIN USING THE THREE-COMPONENT MUSIQUE ARRAY ALGORITHM, Manuel Hobiger, Cecile Cornou, Pierre-Yves Bard, and Nicolas Le Bihan.