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
Prof. Chris Cooley, Oakland University
Turbine Engine Fatigue Facility, AFRL/RQTI Turbine Engine Integrity Branch (Dr. Onome Scott-Emuakpor and Dr. Luke Sheridan)
Dynamic Mechanics of Materials Lab, Ohio State University (Dr. Jeremy Seidt and Prof. Amos Gilat)
Additive Manufacturing Technology Group, University of Dayton Research Institute (Dr. Tim Osborn)
Multifunctional Structures and Materials Group, University of Dayton Research Institute (Dr. Paul Kladitis)
Polymer and Responsive Materials & Processing Team, AFRL/RXAS Soft Matter Materials Branch (Mr. Carl Thrasher and Ms. Laura Sowards)