FACILITIES

BAMS Lab Experimental Resources

Instron 3365 extended-height load frame

  • Ideal for polymers, elastomers, and other soft materials

  • Dual-column, table-mounted

  • Low-capacity 2-kN load cell

  • Long-travel 10-in. extensometer

  • Pneumatic side-action grips with modular jaw faces

  • Uniaxial tension testing (multiple strain rates, cyclic load/unload, creep, stress relaxation)

  • Custom fixtures for uniaxial compression and pure shear testing


Large-deformation digital image correlation (DIC) system

  • FLIR Blackfly 3.0 machine vision cameras with Sony IMX267 sensors

  • Edmund Optics high-performance 35 mm fixed focal length lenses

  • Genaray Spectro 500IIB LED Panels

  • Polarizing filters for cross-polarization imaging

  • Custom speckle patterning stamps; airbrush

  • DICe open-source software


Other equipment and resources

  • Gas-purge desiccator (nitrogen-based humidity-controlled environment)

  • Electro-pneumatic pressure regulator

  • Josef Prusa i3 MK3S+ FDM desktop 3D printer with 3D UP Fitters acrylic enclosure

  • PCE-DD-A Shore A durometer

  • University of Dayton NEST Lab for imaging and microstructural characterization

Large-deformation stereo digital image correlation (DIC) system

BAMS Lab Computational Resources

BAMS Lab HP Z2 Xeon workstations

    • Intel Xeon E-2176G six-core 3.7 GHz processor

    • 64 GB RAM

    • 2 TB HDD

    • NVIDIA Quadro P2000 5GB graphics card


University of Dayton high-performance computing resources

    • 10 ProLiant DL560 Gen8 servers

    • Each server has four Intel Xeon CPU E5-4657L v2 @ 2.40GHz, 2394 MHz, 12 Core(s), 24 Logical Processor(s), 256 GB RAM, SSD hard drives


Ohio Supercomputer Center

    • Pitzer cluster

      • Designed by Dell with Intel Skylake processors and NVIDIA V100 accelerators

      • 10,500+ x86 cores, 64 NVIDIA GPUs, and approximately 70 TBs of RAM

      • Theoretical peak performance of approximately 1.3 PFLOPS

    • Owens cluster

      • Designed by Dell with Intel Xeon processors and NVIDIA P100 accelerators

      • 23,392 x86 cores, 160 GPUs, and 120TB of RAM

      • Theoretical peak performance of approximately 1.6 PFLOPS

Courtesy of Ohio Supercomputer Center

BAMS Lab Collaborators