jld (04/09/83)
#N:sri-unix:5500003:000:2158 sri-unix!jld Apr 7 14:57:00 1983 *** Position Desired *** Position desired in scientific computation environment with expanding involvment in systems/applications considered. uucp: ucbvax!menlo70!sri-unix!jld arpa: jld@sri-unix *RESUME FOLLOWS* *REFERENCES AVAILABLE ON REQUEST* ___________________________________________________________________ James L. Dein Research Geophysicist Shock Physics and Geophysics Department SRI International, Menlo Park CA 94025 (415) 859-2263 SPECIAL PROFESSIONAL COMPETENCE o Scientific programming; computational modeling of deformation and fracture in rocks and metals; finite-element and finite-difference codes o Inversion of geophysical data o Earthquake seismology, time-series analysis COMPUTER SYSTEM EXPERIENCE o IBM 360/370 with MVT or MVS o DEC/VAX 11/782 with both VMS and EUNICE (4.1a bsd UNIX emulator) o PDP11/70 with UNIX o COMPUCOLOR II Microcomputer o FORTRAN 66 and 77 (expert) o IBM 360/370 Assembler (limited experience) o Intel 8080 Assembly (limited experience) o BASIC, several versions (limited experience) o UNIX "C" (experienced) o Experienced user of several line editors, DEC EDT, and several versions of EMACS JOB LIST o Research geophysicst, SRI International, Menlo Park, CA. Supervisor: Don Curran. 1981 - present. Wrote quasi-1-d code for bending rods (elastic-plastic), developed anisotropic computational models of shear-banding and void-growth in metals; performed shock-damage calculations for aluminum. o Post Doctoral Research Fellow, University of California, Los Angeles. Supervisor: Gerald Schubert, Dept. of Earth and Space Sciences. 1979 - 1980. Performed calculations of convection in solid planetary interiors. DEGREES o Ph.D., 1979: Penn State Univiversity, Geophysics. Specialization: Transformational Superplasticity Model o B.A., 1971: Amherst College, Geology (Cum Laude, Sigma Xi) Specialization: Lacustrine Sedimentology PUBLICATIONS o One journal article on transformational superplasticity o One short paper on damage computations for aluminum at high strain rates *REFERENCES AVAILABLE ON REQUEST*