Ph.D. Dissertation Defense by Gabriel Peyredieu Du Charlat
Flow-Interactive Control of a Flexible Wing Using Aerodynamic Distributed Bleed Actuation
Flow-Interactive Control of a Flexible Wing Using Aerodynamic Distributed Bleed Actuation
Inhaled radioactive is a unique hazard. Once inhaled the radioactive material is translocated within the body via incorporation into the metabolism and immune response. While metabolizing, the radioactive material is irradiating nearby tissue. Since the distribution of radioactive material changes over time, biokinetic modelling tracks the movement of the radioactive material within organs and tissues.
Adaptive Methods for Fixed-Wing Aerial Vehicles
Safe Bipedal Locomotion and Navigation in Uncertain Environments
Strain Localization and Electrical Resistance Evolution in Ag Nanoflake-Based Conductive Inks under Monotonic and Cyclic Stretching
Design Space Analysis for a HALEU NTP Architecture using a Coupled Neutronic Framework
A Comparison of Small Field Output Factors for Stereotactic Radiation Therapy
Thermal Insulation based on Natural Fibers for Sustainable Buildings