Engineering Commons^™

Chemical And Green Synthesis Of Cuo Nanoparticles And Its Impact On Pearl Millet Seed Germination And Morphological Traits, Harsha K Chandrashekhar, Gunjan Singh, Arya Kaniyassery, Thorat Sachin Ashok, Roopa Nayak, Thokur Sreepathy Murali, Annamalai Muthusamy

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

Synthesis And Structural Properties Of Cuo Coated Limnpo4 Cathode Materials For Highenergy Lithium-Ion Batteries, Rajammal Karuppiah, Sivakumar Dhar Malingam

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

Lighting The Path To Precision: Nanophotonics In Medicine, Sharanya ., Usha Y Nayak

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

Regulatory Challenges In Nanomedicine Development, Swohinee Sarkar, Pradeep M Muragundi

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

Nano-Threats: Understanding And Evaluating The Toxicity Of Nanomaterials, Deepak Kulkarni, Sanjay Pekamwar, Vinayak Bodhankar, Santosh Shelke

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

In Silico Modelling And In Vitro Characterization To Develop A Novel Drug Which Can Inhibit One Of The Principal Protein Translation Machineries, M7g-Eif4e - An Innovative Approach, Saradindu Banerjee, Krishnaprasad B, Shrilaxmi Ms, Archana Bm, Yogendra Nayak, Somasish Ghosh Dastidar

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

Enhancement Of Convective Heat Transfer In Moving Porous Semi-Spherical Fins Usinghybrid Nanofluids With Shape-Optimized Nanoparticles In Ethylene Glycol-Water Base Fluid, Likith Raj

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

Optimizing Nickel Oxide Thin Films Through Spray Pyrolysis: Influence Of Spray Rate Ongrowth And Characteristics, Gowrish Rao, Vidyalakshmi V, Mahesha M G

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

Antimony (Sb) Based Pseudo 2d(Δ+) Hybrid Nanomaterials For Energy Storage Applications, Ghanshyam Varshney, Srijan Sengupta

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

Nanomaterials In Medical Devices And Its Regulatory Considerations, Anusha ., Bhavana Bhat

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

Global Regulatory Prospective Of Nano Cosmeceuticals, Santosh Marennavar

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

Exosomes:A Novel Nanoplatform For Drug Delivery, Sriya Lingamagunta

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

Nanomaterials For 3d Printing Nano- And Micro-Porous Silicon-Based Glass And Ceramics, Vipul Gupta, Ahmad Norouzi, Brett Paull

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

In-Silico Study Of Selected Ayurvedic Nanocomposites, Dhimahi Bhatt

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

Optically Controlled Liquid-Liquid Interface Mediated Patterning Of Metallic Nanoparticles, Chetteente Meethal Ragisha, Chalikkara Farzeena, Subramanyan Namboodiri Varanakkottu

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

Revolutionizing Early Leaf Disease Detection And Classification: An In-Depth Survey Of Innovative Strategies Leveraging Residual Networks For Unprecedented Precision, Efficiency, And Robustness In Machine Learning-Driven Plant Health Monitoring., Sita Yadav, Abhijit Singh, Aniket Digole, Megha Kumari, Ritika Pandey

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

A Comprehensive Investigation Of Structural And Optical Properties Of Mn:Zns Nanostructured Thin Films For Optoelectronic Applications, Anusha Rao, Raghavendra Bairy, Pawan Nayak N, Neelamma B. Gummagol

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

Nano Sunscreens: Role Of Nanotechnology, Recent Advancements And Regulatory Overview, Chesta Agarwal, Virendra S Ligade

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

Zebrafish Toxicity Model For Mesoporous Silica Nanoparticles - Future Perspectives, Yogendra Nayak, Sandra K S, Megh Pravin Vithalkar, Bharath H B, Krishnaprasad B

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

Investigating The Effect Of H+-Ion Irradiation On Layered Α-Moo3 Flakes By Defect Engineering, Ravindra Kumar, Vikash Mishra, S N Sarangi, D Samal, Muralidhar Miryala, Pramoda K Nayak, M S Ramachandra Rao

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

Programmable Assembly Of Nanorods In Microfluidics, Pandillapally Rama

International Conference on ‘NANOSCIENCE AND NANOTECHNOLOGY'

No abstract provided.

Interpatient Differences In Neural Recruitment Patterns During Pudendal Nerve Stimulation – A Computational Investigation, Amolak S. Jhand, Luis C. Ruiz, Nystha Baishya, Ehsan Mirzakhalili, Gaurang Shah, Priyanka Gupta, Tim M. Bruns, Scott F. Lempka

Medical Student Research Symposium

Bladder dysfunction impairs the quality of life for millions of individuals around the world. Common causes of bladder dysfunction include aging, trauma, and neurological disorders. Due to inadequacies in conventional treatments, neuromodulation therapies to address bladder dysfunction, such as sacral nerve stimulation, have emerged. However, patient needs still remain unmet. Pudendal nerve stimulation (PNS) has recently gained clinical interest as a promising treatment for bladder dysfunction. While PNS has been extensively investigated in preclinical settings, there is a gap in our understanding of the mechanisms of action and efficacy of PNS as limited studies of PNS have been performed on …

Atomistic Insights Into The Mechanisms Of Ultrasonic Bonding, Milad Khajehvand

Engineering Ph.D. Theses

This thesis research uses a combination of computational and experimental approaches to provide atomistic insights into the mechanisms of ultrasonic bonding (UB), a family of solid-state metal-metal joining techniques, including ultrasonic wire bonding, ultrasonic flip-chip bonding, ultrasonic additive manufacturing, and ultrasonic spot welding. The work investigates the atomic-scale contact formation (i.e., the so-called Jump-to-Contact (JC) mechanism) between the UB counterparts, generation of a network of dislocations (i.e., one-dimensional crystallographic defects) at their interface, and the evolution of the network when the interface is under ultrasonic vibration. In particular, the thesis delivers invaluable insights on the mechanisms for contact formation, bond …

Comparison Of Scanning Electron Microscopy And Confocal Laser Microscopy For Tissue Surface Roughness Characterization, Tarnvir Dhaliwal

Master's Theses

It was found that the measurements captured by confocal microscopy and scanning electron microscopy had a statistically significant difference for bovine tissue. There was not a statistically significant for porcine and poultry tissue.

The intent of the study is to perform a comparative study to examine efficacy of two distinct technologies for a singular purpose: tissue surface roughness characterization. The two technologies compared are a confocal reflectance microscope and a scanning electron microscope. The comparison was made by comparing two surface roughness parameters [Ra and Rq] within ImageJ.

The study examined three different animal species [porcine, bovine, and poultry] to …

Development Of An In Vitro 3-Dimensional Co-Culture Human Colorectal Cancer Model In Microfluidic Devices, Abby Jens

Master's Theses

Colorectal cancer is the second most common cause of cancer-related deaths in the United States, with the relative 5-year survival rate for distant stage cancer being only 14%. The most common treatment for colorectal cancer is with chemotherapeutic drugs; however, the discovery of these drugs is costly, time-consuming, and often requires the use of animal models that do not yield results that translate to clinical trials. Due to these shortcomings, researchers seek to develop physiologically relevant in vitro tumor models that more accurately mimic the tumor microenvironment for cheaper and faster high-throughput drug screening. The aim of this research was …

The Santa Clara, 2024-03-01, Santa Clara University

The Santa Clara

No abstract provided.

Corrigendum To "Comparing Structure-Property Evolution For Pm-Hip And Forged Alloy 625 Irradiated With Neutrons To 1dpa" [Mater. Sci. Eng. A (2022) 144058], Caleb Clement, Sowmya Panuganti, Patrick H. Warren, Yangyang Zhao, Yu Lu, Katelyn Wheeler, David Frazer, Donna P. Guillen, David W. Gandy, Janelle P. Wharry

Materials Science and Engineering Faculty Publications and Presentations

The authors regret that after publication, they discovered that the dislocation loop number density was undercounted by a factor of 100 for both the PM-HIP and forged specimens. While this does not change the original major conclusions, this necessitates a change in the results presentation (Sections 3.2 and 4.1) and calculated hardening (Table 3, Fig. 5). Corrections to these affected sections are provided in this corrigendum.

The Interplay Of Spin, Charge, And Heat: From Metal/Insulator Heterostructures To Perovskite Bilayers, Sam M. Bleser

Electronic Theses and Dissertations

In this dissertation begin with an investigation of non-local spin transport in an amorphous germanium (a-Ge) sample via the inverse spin Hall effect (ISHE). In that study we show that commonly used techniques such as differential conductance and delta mode of a paired Keithley 6221/2182a for non-local resistance measurements can lead to false indicators of spin transport. Next, we turn out attention to a thickness dependent study in thermally-evaporated chromium (Cr) thin films on a bulk polycrystalline yttrium-iron-garnet (YIG) substrate. This project analyzed the spin transport in the Cr films versus thickness via the longitudinal spin Seebeck effect (LSSE). This …

Thermal, Electrical, And Spin Transport: Encompassing Low-Damping Ferromagnets And Antiferromagnetic/Ferromagnetic Heterostructures, Matthew Ryan Natale

Electronic Theses and Dissertations

Continuing technological advancements bring forth escalating challenges in global energy consumption and subsequent power dissipation, posing significant economic and environmental concerns. In response to these difficulties, the fields of thermoelectrics, spintronics, and spincaloritronics emerge as contemporary solutions, each presenting unique advantages. Thermoelectric devices, based on the Seebeck effect, other a passive, carbon-free energy generating solution from waste heat. Although current thermoelectric technology encounters hurdles in achieving optimal efficiencies without intricate designs or complex materials engineering, recently research into low-damping metallic ferromagnetic thin films have provided a new method to enhance spin wave lifetimes, thus contributing to thermoelectric voltage improvements. As …

Finite Element Analysis Of Thermal-Mechanical Instabilities In Nonmetallic Friction Composite Material, Joseph-Shaahu Shaahu

Electronic Theses and Dissertations

Thermal-mechanical instability (TMI) has been a research topic of interest as it focuses a lot on transportation systems. Thermal-mechanical instability was first noticed in railway and experimentally studied with a pin-to-pin or pin-to-surface setup of sliding contact. The topic has been extended into brakes and clutches which are two of the most common sliding systems most susceptible to thermal buckling and thermoelastic instability (TEI), where thermal buckling and thermoelastic instability are two sub-categories of thermal-mechanical instability. Thermal-mechanical instability is an ongoing research to better understand the phenomenon and the limits at which such instability occurs. This work delved into the …