Please come to 144 Upson Hall, and see the posters showing these phenomena, as well as take a look on the Web site, where you will find animations. Biophysics. See our Programs & Departments! This project will examine the combustion dynamics of a range of biofuels, including those derived from algae, from the perspective of droplet combustion to determine the extent to which they may replicate the performance of a real fuel. Michael Lavy (Summer 2018) B.S. A good image analysis software will allow us to do this quickly and accurately. However, properties are challenging to predict from a microstructural basis due to the characteristic irregular, ill-defined, and evolving structure. December 23, 2020: Claire received a Cornell Engineering Spring 2021 ELI Award funded by “Robert A. Cowie ’55 ME” to support her research project under Jason in the NAP Lab. jane dot wang at | (607) 255-5354 | 323 Thurston Hall | 517 Clark Hall. Ami Agrawal is an M.Eng student at Cornell Sibley School of Mechanical and Aerospace Engineering. Mostafa Hassani. As another example, it should be possible to infer the impacts of solar gain or wind effects on infiltration from the temperature data. The Hernandez Research Group is studying the developing of microscopic cracks in human bone tissue during cyclic loading. We shall study the motion and instabilities of these tip vortices, involving their small and long wavelength instabilities, and their interaction with the ground. MAE's world-class faculty have on-going research projects focused on today's most exciting and important engineering challenges. Undergraduate researchers may gain experience in hot wire anemometry, Lagrangian particle tracking, mechanical design, and more! The Erickson Lab is engaged in the development of biomedical devices for solving healthcare problems in global settings. Such an approach has the potential to allow for large eddy simulation of complete wind farms on realistic terrain, which could in turn enable the utilization of optimization algorithm for determining optimal wind turbine placement. The CBE school offers five areas of specialized research. Come and visit us in 144 Upson Hall! The successful candidate will be working with Elvis Cao ( a Ph.D. student in the Erickson lab. Are you, or your company/business, foundation, or non-profit agency interested in exploring a project or research with the College of Engineering? Applications range from fuel cell membranes to coffee filters to erosion protectors. We have a possible opening for another person to join the group who has the following characteristics:  An engineering project mostly about pulleys, capstans, pumps and, eventually robotic control of same. What binds them together is a context of public works and service - research that benefits the public good. The key is to work on understanding the balance of people when walking. Now: Continuing undergraduate studies at Cornell. Quantum interactions … Some background in heat transfer is required. Projects available in orthopaedic biomechanics. Thus far, shocklets have only been observed in numerical simulations. ESH is a major component of Cornell University’s proposed solutions to achieve carbon neutrality by 2035 . Biochar in the soil also sequesters carbon, at least temporarily, thus potentially serving as a net sink for CO2 from the atmosphere. December 11, 2020: Jason was selected for the 2021 Kappa Delta / AAOS Award! The program emphasizes basic mechanical sciences to prepare students for the diversity found at the frontiers of research and industrial development. As the name implies, this class refers to any fibrous material that is not manufactured via a weaving or knitting process. depends on counter-steering). Researchers in the Sibley School and horticulture developed earthworm-shaped robots that can burrow into the soil with minimal disturbance to better understand roots which could help breed new drought-resistant crops. However, existing approaches for characterizing ECM mechanical properties are typically limited to bulk mechanical testing or atomic force microscopy (which only probes the 2D surface of the sample). Starting soon. See our Programs & Departments! perspective within the broader professional community: administrative engineering, industrial engineering, operations research and information engineering have all appeared in the name of our unit at various times. “Orbital state manipulation of a diamond nitrogen-vacancy center using a mechanical resonator.” Phys. You can browse current projects below, organized by faculty name, and contact individual faculty to find out more. Time Frame: It would probably be for one term but might be expanded into a two-term project. Project Duration: 1 semester team  The college offers over 450 engineering courses, and has an … The required upper level courses include MAE 3230, 3240, 3260, 3270, 3280, 4272, and MAE 4300 and Supervised Senior Design Experience. B.S/M.S in Mechanical Engineering, Washington University in St. Louis 2017 “Depth-dependent Mechanics of the Temporomandibular Joint” Masters Students. Class Number & Section Details. Modular Robot Projects: 2+ students to work with a set of 10+ modules in a modular robotics project. The MAE research pages is another way to identify faculty members with whom you may want to work. • Instron DAQ Upgrade  The potential scope is $18Billion per year in energy savings. Research Area Faculty. We are developing a display of this collection and are seeking a team of students to reconstruct Thurston’s tests and create a movie of the testing equipment in action. Circulating fluidized bed reactors were developed to improve the performance of traditional fluidized beds by using higher airflows to move the bed material resulting in a significant increase in the contact efficiency between phases. The approach involves a multidisciplinary strategy using techniques in biomechanics, biomaterials, cell biology, and biochemistry. Power studies have found that turbines with larger blades extract far more energy than those with small blade. We will undertake flow visualisation as a part of this project, and this will involve digital cameras at high resolution, and techniques to visualise fluid flow, principally employing Laser-Induced Fluorescence.