Sivana Torres obtained her B.S in petroleum engineering from New Mexico Tech in May 2019. She always knew she wanted to pursue her graduate degree. Through connections she made with professors in her undergraduate degree she was given the opportunity to do just that. After receiving her B.S. she started research with Dr. Michael Hargather's research group with the intention to earn her master's in mechanical engineering with a specialization in explosive engineering. After her first year as a MS student and beginning research on shock propagation in polymethylmethacralyate (PMMA), she decided to transition to the Ph.D. program.
Sivana is one of the first female students pursuing a Ph.D. in mechanical engineering at New Mexico Tech. Her Ph.D. research is funded through Sandia National Laboratories for geothermal applications. She applies optical diagnostics to quantify shock wave attenuation and fracture growth in PMMA. High-speed schlieren imaging is implemented to visualize explosively driven shock wave propagation and fracture growth at Energetic Materials Research and Testing Center (EMRTC). Calibration allows the qualitative schlieren data to become quantitative, thus yielding shock velocity, fracture velocity, and density measurements. Photon Doppler Velocimetry (PDV) is used to determine the particle velocities in the PMMA after the shock wave passage. Each piece of data contributes to the description of the shock state of PMMA under explosive loading. PMMA is a surrogate material for understanding geothermal systems, allowing optical measurements which are not possible in rock materials. As a researcher, Sivana acts as the test engineer for her research experiments at EMRTC giving her hands-on field experience.
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