Based on a key suggestion by Carl Dyka, the introduction of a second set of particles, stress points, provides a non-collocated particle method. During Larry's time at Los Alamos, deficiencies in traditional SPH led to the co-development with Phil Randles of DPD Dual Particle Dynamics. VIIĨ In 1998, Larry moved from EMRTC to work at Los Alamos National Laboratory. During this time, limitations of traditional SPH formulations in strength modeling became apparent, leading Larry and collaborators to actively pursue improved numerical formulations based on normalized SPH kernel estimates. This work allowed for simulation of fracture and fragmentation problems which continue to prove challenging to competing techniques. The publication of Smooth particle hydrodynamics with strength of materials was one of the earliest examples of the use of SPH for solid mechanics. Starting in the early 90s, Larry began working with long-time collaborators Phil Randles and Ted Carney, who along with Al Petschek, worked to develop the Smooth Particle Hydrodynamics for material fracture and damage. This introduction was to lead, over time, to a major focus of Larry's research the application of particle methods to high-energy physics, fracture, fragmentation, and material damage.
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It was during Larry s time at NM Tech that a key moment in his professional life occurred Larry attended a lecture on a new numerical technique, Smooth Particle Hydrodynamics or SPH, which had recently been developed to simulate problems in astrophysics. Larry also served as a consultant to the Air Force Weapons Laboratory where he worked with Ray Bell on fireball dynamics and cloud rise. While there he used his experience in Eulerian hydrodynamics to model weapons effects physics, high explosive reaction physics and high rate solid mechanics. After graduating, Larry worked as computational team leader with Pat Buckley and Per-Anders Persson at NM Tech's centers for high explosives research, including TERA, CETR and EMRTC. As part of this work he studied improved Eulerian advection schemes, applying these to the behavior of turbulent clouds in the atmosphere. Libersky Larry completed his PhD at New Mexico Institute of Mining and Technology in Physics, His thesis, The Nature of Turbulence in Cumuli, was written under the guidance of Prof. Larry Libersky Austin 1946 Los Alamos 2007 (picture taken during first SPHERIC Workshop, Rome, May 2006) Vħ A Professional Remembrance of Larry D. Diaz (University of Vigo, Spain) Sponsors: Universidade de Vigo Universidad Politécnica de Madrid Escuela Técnica Superior de Ingenieros Navales Colegio Oficial de Ingenieros Navales y Oceánicos de España ERCOFTAC CEDEX IVĥ Dr. Favre (CSCS, Switzerland) IIIĤ Local Organizing Committee: L. Klessen (University of Heidelberg, Germany) A.
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Panizzo (University of Rome, La Sapienza, Italy) R. Gómez Gesteira (University of Vigo, Spain) A.
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Le Touzé (Ecole Centrale de Nantes, France) M. Parkinson (Andritz VA TECH Hydro, Switzerland) D. Grassa (CEDEX, Spain) Scientific Committee: D. Gómez- Gesteira (University of Vigo, Spain) A. Crespo Moncho Gómez-Gesteira Antonio Souto-Iglesias Louis Delorme José María GrassaĢ Title page designed by Pedro Cid Samamed aica ediciones Parque Tecnológico de Galicia San Ciprián de Viñas Ourense I.S.B.N.: XX-XXX-XXXX-X Depósito Legal: OU-XX/2007 Digital Printing: Oficode S.L.ģ SPHERIC 2 nd INTERNATIONAL WORKSHOP Universidad Politécnica de Madrid, Spain May 23-25, 2007 Organizing Committee: M. Madrid, May 23rd-25th, 2007, DEDICATED TO THE MEMORY OF DR.
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1 SPHERIC Smoothed Particle Hydrodynamics European Research Interest Community SECOND INTERNATIONAL WORKSHOP Escuela Técnica Superior de Ingenieros Navales, Universidad Politécnica de Madrid.