BibTeX @MISC{Dayscale modeland, author = {Steven MDay and Sarah HGonzalez and Rasool Anooshehpoor and James NBrune}, title = {Scale model and numerical simulations of near fault seismic directivity}, year = {}}

Scale Model and Numerical Simulations of Near Fault Seismic DirectivityScale Model and Numerical Simulations of Near Fault Seismic DirectivityEla ElyRelated

Scale model and numerical simulations of near fault seismic directivity Steven MDay, Sarah HGonzalez, Abdolrasool Anooshehpoor, James NBrune Published , SCEC Contribution Foam rubber earthquake experiments provide a means to explore the sensitivity of near fault ground motions to fault and rupture geometry.

Numerical simulations show that besides the shear Mach front, a Rayleigh Mach front also propagates to the far field with little attenuation (Dunham Bhat, )Figure displays snapshots of fault slip rate and strike perpendicular ground velocity for the homogeneous (a and b) and depth dependent (c and d) stress cases.

Scale Model and Numerical Simulations of Near Fault Seismic Directivity Day,SMet alBulletin of the Seismological Society of America,()

Scale model earthquake experiments provide detailed, subsurface recordings of rupture propagation and fault motion that are unavailable for natural earthquakes and thereby offer an opportunity to test numerical earthquake simulation methodsAmong the advantages realized from the use of experimental data are optimal sensor locations, precise knowledge of bulk and surface properties of the

rupture inferred from the near fault recordingsR Brune, JNScale model and numerical simulations of near fault seismic directiv Here we present numerical simulations that

A numerical simulation method with structures, earth medium and finite fault sources being considered together is presented for studying responses of building structures to the near fault earthquake.

Scale Model and Numerical Simulations of Near Fault Seismic Directivity Day, SM

Numerical Simulation of Scale Model Experiments by Steven MDay and Geoffrey PEly Abstract Scale model earthquake experiments provide detailed, subsurface re cordings of rupture propagation and fault motion that are unavailable for natural earthquakes and thereby offer an opportunity to test numerical earthquake simulation methods.