Title |
Authors |
A NEW STABLE VERSION OF THE SPH METHOD IN LAGRANGIAN COORDINATES |
A. FERRARI, M. DUMBSER, E.F. TORO, A. ARMANINI |
STUDY OF THE EFFECT OF WET BOTTOM ON DAM BREAK EVOLUTION BY A SPH TECHNIQUE |
A. J. C. CRESPO, M. GÓMEZ-GESTEIRA AND R.A. DALRYMPLE |
HYBRIDATION OF GENERATION PROPAGATION MODELS AND SPH MODEL |
A. J. C. CRESPO, M. GÓMEZ-GESTEIRA, P. CARRACEDO AND R.A. DALRYMPLE |
SMOOTHED PARTICLE HYDRODYNAMICS MODEL FOR MULTIPHASE FLOW IN POROUS MEDIA |
A. M. TARTAKOVSKY, P. MEAKIN, A. L. WARD |
SMOOTHED PARTICLE HYDRODYNAMICS MODEL FOR REACTIVE TRANSPORT AND MINERAL PRECIPITATION IN POROUS MED |
A. M. TARTAKOVSKY, T. D. SCHEIBE, P. MEAKIN AND G. D. REDDEN. |
AN SPH MODEL OF WAVE BREAKING: QUANTITATIVE COMPARISONS TO LABORATORY OBSERVATIONS |
ALICE ELY AND CHRIS SWAN |
APPLICATION OF SPH-NSWE TO SIMULATE LANDSLIDE GENERATED WAVES |
ANDREA DEL GUZZO, ANDREA PANIZZO |
DEVELOPMENT OF A 3-D PARALLEL SPH CODE FOR FREE-SURFACE WAVE HYDRODYNAMICS |
B.D. ROGERS, R.A. DALRYMPLE, P.K. STANSBY & D. LAURENCE |
ON THE USE OF AN ALTERNATIVE WATER STATE EQUATION IN SPH |
D. MOLTENI, A. COLAGROSSI, G. COLICCHIO |
SPHERIC BENCHMARK TEST CASE NUMBER 6 : SENSITIVITY ANALISYS TO NUMERICAL AND PHYSICAL PARAMETERS |
D. VIOLEAU, R. ISSA |
SALTATING MOTION OF A SOLID GRAIN IN A WATER STREAM: FEASIBILITY OF A 2D SPH SIMULATION |
DAMIEN PHAM VAN BANG, DAMIEN VIOLEAU, CHRISTOPHE MAGNIN-DECUGIS |
ENFORCING BOUNDARY CONDITIONS IN SPH APPLICATIONS INVOLVING BODIES WITH RIGHT ANGLES. |
DAVID LE TOUZÉ, ANDREA COLAGROSSI AND GIUSEPPINA COLICCHIO |
PRESSURE MEASUREMENTS IN 2D SLOSHING SIMULATIONS WITH SPH |
DELORME, L., CELIGUETA, M.A, OÑATE, E., SOUTO-IGLESIAS, A |
COUPLING BETWEEN ROLL MOTION AND 2D SLOSHING. |
DELORME, L., L´OPEZ-PAV´ON, C., BOTIA, E., P´EREZ-ROJAS, L. |
SPHERIC BENCHMARK TEST CASE6:2D INCOMPRESSSIBLE FLOW AROUND A MOVING SQUARE INSIDE A RECTANGULAR BOX |
E.-S. LEE, D. VIOLEAU, D. LAURENCE AND P. STANSBY |
SPH SIMULATION OF LOCAL SEDIMENT SCOUR IN RESERVOIR SEDIMENTATION PROBLEMS |
FALAPPI, MAFFIO, GALLATI |
AN FPGA-BASED HARDWARE COPROCESSOR FOR SPH COMPUTATIONS |
G. MARCUS, G. LIENHART, A. KUGEL, R. MAENNER, P. BERCZIK, R. SPURZEM, M. WETZSTEIN, A. BURKERT |
A NEW PARALLELIZED 3D SPH MODEL: RESOLUTION OF WATER ENTRY PROBLEMS AND SCALABILITY STUDY. |
GUILLAUME OGER, DAVID LE TOUZÉ, BERTRAND ALESSANDRINI AND PIERRE MARUZEWSKI |
STUDYING WATER-STRUCTURE INTERACTION USING A COUPLED FE-SPH METHOD |
J.C. CAMPBELL, R. VIGNJEVIC AND S. MILISAVLJEVIC |
A NEW TREATMENT OF SOLID BOUNDARIES FOR THE SPH METHOD-APPLICATION TO PELTON TURBINE FLOWS |
J.C. MARONGIU, F. LEBOEUF, E. PARKINSON |
NUMERICAL CALCULATIONS OF FLOW THROUGH AN ORIFICE CONDUIT |
JAIME KLAPP, LEONARDO DI G. SIGALOTTI, SALVADOR GALINDO AND RICARDO DUARTE |
DEGRADATION AND INSTABILITY OF INCOMPRESSIBLE SPH COMPUTATIONS OF SIMPLE VISCOUS FLOWS |
JASON P. HUGHES, DAVID I. GRAHAM |
INTERACTIVE VISUALIZATION AND EXPLORATION OF SPH DATA USING SPARTICLES |
JOHN BIDDISCOMBE AND DAVID GRAHAM |
APPLICATIONS OF GENERALISED SMOOTHED PARTICLE HYDRODYNAMICS TO BENCHMARK |
JOSEPH HA |
MULTI-PHASE AND MULTI-MATERIAL FLOW MODELLING USING SMOOTHED PARTICLE |
JOSEPH HA, PAUL W. CLEARY, MAHESH PRAKASH AND MATTHEW SINNOTT |
SPH SIMULATION OF MODERATE REYNOLDS NUMBER FLOWS |
LOBOVSKY LIBOR, VIMMR JAN |
SPH ANALYSIS OF A PLANING SURFACE |
LUCA SAVIO, STEFANO BRIZZOLARA, MICHELE VIVIANI |
DNS SPH SIMULATION OF 2D WALL-BOUNDED TURBULENCE |
MARTIN ROBINSON, JOSEPH MONAGHAN AND JOHN MANSOUR |
SPH WITH IMPROVED GHOST PARTICLE BOUNDARY TREATMENT |
MEHMET YILDIZ , AFZAL SULEMAN |
EXACT KERNEL INTEGRATION IN SPH |
MIHAI BASA, NATHAN QUINLAN, MARTY LASTIWKA |
SPH MODELING OF FORCED WATER WAVES |
MUTHUKUMAR NARAYANASWAMY, JANNETTE FRANDSEN, ROBERT DALRYMPLE |
HIGHER ORDER EXTENSION OF THE FINITE VOLUME PARTICLE METHOD |
NESTOR, M., BASA M., LASTIWKA, M., QUINLAN, N. |
SYMMETRY ASSUMPTIONS IN SPH |
OMANG M., BØRVE S., CHRISTENSEN S. O., AND TRULSEN J. |
COMPRESSIBLE FLOW THROUGH A MOVING VALVE |
P. OMIDVAR , D. LAURENCE, & B.D. ROGERS, THE UNIVERSITY OF MANCHESTER |
SPECIAL, HARDWARE ACCELERATED, PARALLEL SPH CODE FOR GALAXY EVOLUTION. |
P.BERCZIK, N.NAKASATO, I.BERENTZEN, R.SPURZEM, G.MARCUS, G.LIENHART, A.KUGEL, R.MAENNER, A.BURKERT, M.WETZSTEIN, T.NAAB, H.VASQUEZ |
SPH MODELLING OF INVISCID WAVES WITH ABSORPTION USING A SPONGE LAYER FORMULATION |
P.K. STANSBY, P.OMIDVAR, B.D. ROGERS |
HIGH-VELOCITY IMPACT SIMULATION BY A HYBRID SPH-FE METHOD IN PAM-SHOCK |
PAUL H.L. GROENENBOOM |
WATER WAVE PROPAGATION USING SPH AND COUPLED SPH/SPECTRAL MODELS. |
PIERRE-MICHEL GUILCHER, GUILLAUME DUCROZET, BERTRAND ALESSANDRINI AND PIERRE FERRANT |
CONVENTIONAL SPH REVISITED |
R. VIGNJEVIC, J. CAMPBELL, J. REVELES |
MODELING STAR FORMATION WITH SPH |
RALF S. KLESSEN, PAUL C. CLARK |
WAVE INTERACTIONS WITH COASTAL STRUCTURES: QUANTITATIVE PREDICTIONS USING SPH |
RÉZA ISSA, EUN-SUG LEE, PETER STANSBY, A. GARIAH |
A REVIEW OF INDUSTRIAL SPH APPLICATIONS UNDERTAKEN AT BAE SYSTEMS ATC |
ROBERT BANIM |
MODELLING THE FLUID-STRUCTURE INTERACTION PROBLEMS WITH THE SPH METHOD |
S.POTAPOV, B.MAUREL, A.COMBESCURE |
SPH SIMULATION OF LOCAL SCOUR PROCESSES |
STEFANO SIBILLA |
CHALLENGES RELATED TO PARTICLE REGULARIZATION IN SPH |
STEINAR BØRVE, MARIANNE OMANG & JAN TRULSEN |
SMOOTHED PARTICLE HYDRODYNAMICS WITH RADIATIVE TRANSFER IN THE FLUX-LIMITED DIFFUSION APPROXIMATION |
STUART C. WHITEHOUSE |
SIMULATION OF TURBULENT PLANE CHANNEL FLOW USING SPH |
T.S. TING, M. C. THOMPSON, AND M. PRAKASH |
ACCURACY AND STABILITY OF NUMERICAL SCHEMES IN SPH |
TATIANA CAPONE, ANDREA PANIZZO, CLAUDIA CECIONI, ROBERT A. DALRYMPLE |
AN INCOMPRESSIBLE MULTI-PHASE SPH METHOD |
X. Y. HU AND N. A. ADAMS |
SPH AND SHEAR FLOW |
Y.,IMAEDA AND S.,INUTSUKA |
NUMERICAL MODELLING OF FRACTURE IN PARTICULATE COMPOSITES USING SPH METHOD |
YONGQIANG CHEN AND SIVAKUMAR KULASEGARAM |
