Project pages for Indiana

NCAL: Quantifying Crystallographic Texture and Phase Fraction

Most engineering metals are composed of tiny individual granules (grains) sharing a common crystal structure but having different crystallographic orientations

A map of Indianapolis urban area shaded in gray with red numbered triangles

The Indianapolis (INFLUX) Urban Test Bed

The Indianapolis urban testbed began in 2010 as the Indianapolis Flux Experiment, or INFLUX. INFLUX was designed to verify top-down methods for estimating

Fundamental Physics: Neutron Lifetime Measurement Using a Cold Neutron Beam

Neutron beta-decay is the process in which a neutron is transformed into a proton, electron, and electron antineutrino. This process is well described in the

2 meter diameter horizontal mechanical test machine with control computers

NCAL: Multiaxial Material Performance

The performance of sheet metals is of fundamental interest to a wide range of manufacturing sectors including automotive, aerospace, construction, home

Fundamental Physics: Measurement of the Neutron Magnetic Dipole Moment Using Schwinger Scattering

We measured the neutron interaction with an atomic field (also known as Schwinger scattering) inside a silicon crystal in order to determine the value of the

Fundamental Physics: Experiments with a Precision Neutron Polarimeter

The Neutron Spin Rotation (NSR) collaboration has developed a neutron spin polarimeter that has allowed the precise measurement of spin rotations at a level of

NCAL: NIST Center for Automotive Lightweighting

Our objective is to support the efforts of the United States of America (USA) automotive industry and its material suppliers to incorporate advanced lightweight

Projects from Indiana