Our research activities are broadly organized into the four areas shown below. Faculty conduct research individually and in collaboration with others at SD Mines and around the globe. Click to expand any of the four areas below for more information about individual faculty specializations.
Dr. Jason Ash has research interests in the interfacial mechanics of composite materials as well as biaxial testing of composite materials.
Dr. Cassandra Birrenkott studies the design, fabrication, and analysis of multifunctional structures and materials including: manufacturing of structures with multifunctional potential; coupling mechanical stimuli with varied automatic responses; transfer of mechanochemistry knowledge; and elicit
responses such as optical, chemical, magnetic, energetic, etc. For more information, visit the
Joining and Mechanics of Polymers (JMP) Lab.
Dr. Hadi Fekrmandi’s areas of research expertise include structural health monitoring, advanced manufacturing and automation, controls and autonomous systems, inspection robotic platforms, sensors, and instrumentation. For more information, visit the
Advanced Intelligent Mechatronics (AIM) Lab.
Dr. Aaron Lalley’s current research activities include modeling chatter in VMC machining processes. Previous research includes: manufacturing process development for advanced solar cell production; ion implantation for enhanced tooling performance; nano-fiber composite modeling; novel tooling
methods for thin metal coining; laser weld process control; and novel part handling.
Dr. Pierre Larochelle’s core research interests are focused on the kinematics and design of complex robotic mechanical systems. For more information, visit the
Robotics and Computational Kinematics Innovation (ROCKIN) Lab.
Dr. Karim Muci has research interests in computational mechanics, solid mechanics, and biomechanics.
Dr. Andrea Surovek’s research interests include bringing bio-inspired design into structural engineering research and practice. Her research examines termite mounds as a potential model for sustainable structural forms, integrating functions of strength, stability, and ventilation. For more information, visit
termitemounds.org. In addition, she serves as the Director of the School’s EPICS Program. EPICS (Engineering Projects In Community Service) is a service-learning program that combines multidisciplinary design projects with community service.
Dr. Nickolaus Bruno studies the behaviors and application of active materials. His main interest is in the thermodynamic behavior of meta-magnetic shape memory alloys (MSMAs). For additional information please visit
his personal webpage.
Dr. Hadi Fekrmandi’s areas of research expertise include structural health monitoring, advanced manufacturing and automation, controls and autonomous systems, inspection robotic platforms, sensors, and instrumentation. For more information, visit the
Advanced Intelligent Mechatronics (AIM) Lab.
Dr. Pierre Larochelle’s core research interests are focused on the kinematics and design of complex robotic mechanical systems. For more information please visit the
Robotics and Computational Kinematics Innovation (ROCKIN) Lab.
Dr. Daniel Rederth has research expertise in the area of nanoscale semiconductors. His recent work has focused on a numerical approach to modeling magnetic quantum dots.
Dr. Jason Ash has research interests in the interfacial mechanics of composite materials as well as biaxial testing of composite materials.
Dr. Cassandra Birrenkott studies the design, fabrication, and analysis of multifunctional structures and materials including: manufacturing of structures with multifunctional potential; coupling mechanical stimuli with varied automatic responses; transfer of mechanochemistry knowledge; and elicit responses such as optical, chemical, magnetic, energetic, etc. For more information, visit the
Joining and Mechanics of Polymers (JMP) Lab.
Dr. Nickolas Bruno studies the behaviors and application of active materials. His main interest is in the thermodynamic behavior of meta-magnetic shape memory alloys (MSMAs). For additional information please visit
his personal webpage.
Dr. Aaron Lalley’s current research activities include modeling chatter in VMC machining processes. Previous research includes: manufacturing process development for advanced solar cell production; ion implantation for enhanced tooling performance; nano-fiber composite modeling; novel tooling
methods for thin metal coining; laser weld process control; and novel part handling.
Dr. Karim Muci has research interests in computational mechanics, solid mechanics, and biomechanics.
Dr. Albert Romkes studies computational and applied mechanics and mathematics with an emphasis on: (multi-scale) modeling of heterogeneous media and multiphysics/interaction processes; numerical analysis of partial differential equations arising in continuum mechanics applications; development of finite element type methods of approximation; estimation of approximation and modeling error; and development of strategies for mesh-adaptive finite element processes.
Dr. Andrea Surovek’s research interests include bringing bio-inspired design into structural engineering research and practice. Her research examines termite mounds as a potential model for sustainable structural forms, integrating functions of strength, stability and ventilation. For more information, visit
termitemounds.org. In addition, she serves as the Director of the School’s EPICS Program. EPICS (Engineering Projects In Community Service) is a service-learning program that combines multidisciplinary design projects with community service.
Dr. Duane Abata’s areas of research expertise include transient and steady state combustion, internal combustion engines, alternative biofuels, fuel delivery and fuel sprays, and high-pressure ignition.
Dr. Prasoon Diwakar studies laser-based diagnostics, plasma-particle interactions, plasma diagnostics, plasma spectroscopy, aerosol analysis and instrumentation, thermal sciences, and combustion diagnostics.
Dr. Bamdad Lessani’s research interests include computational fluid dynamics (CFD), turbulence modeling, large-eddy, and direct numerical simulations (LES/DNS) of turbulent flows.
Dr. Kohsro Shahbazi studies computational and theoretical fluid dynamics; high-order hybrid methods for multiscale high-speed flows; high-order discontinuous Galerkin methods; multigrid algorithms and Newton-Krylov solvers; high performance scientific computing and parallel algorithms; compressible and
incompressible fluid mechanics; shock/ultrasound wave bubble interactions and multi-phase flows. For additional information please visit
his personal webpage.