Sandia LabNews

Exceptional service in the national interest

Two dates are well known to Sandians: the day President Harry Truman wrote a letter calling for “exceptional service in the national interest” and the day Sandia (previously Z Division) separated from its parent, Los Alamos National Laboratory, and became the entity we know it as today.

National Disability Employment Awareness Month

Several Sandia events honored this year’s National Disability Employment Awareness Month, an annual campaign held each October that raises awareness about disability employment issues and celebrates the many and varied contributions of America’s workers with disabilities.

John Shadid awarded Hughes Medal from USACM

Sandia computational scientist John N. Shadid has been awarded the Thomas J.R. Hughes Medal from the United States Association for Computational Mechanics in recognition of outstanding and sustained contributions to the broad field of Computational Fluid Dynamics.

Stephanie Hansen elected APS Fellow

Stephanie Hansen has been elected Fellow of the American Physical Society by its Division of Plasma Physics, recognized for contributions to the fundamental modeling of nonequilibrium atoms and radiation in extreme environments, and for using spectroscopic analysis to increase understanding of diverse laboratory and astrophysical plasmas.

With grit and determination

Army veteran Mark Small started working at Sandia as an intern through the former Wounded Warrior Career Development Program, now called the Exceptional Warrior Career Development Program. Working with Sandia mentors, he completed bachelor's and master's degrees and secured a staff position at the Labs. He is one of the program’s success stories, and he now works to recruit other veterans to Sandia.

Engineering success through predicting failure

Around the world, materials scientists and engineers are trying different ways to predict fractures in ductile metals, but it’s not clear which approach is most accurate. To compare the different methods, Sandia researchers have presented three voluntary challenges to their colleagues: Given the same basic information about the shape, composition and loading of a metal part, could they predict how it would eventually fracture?