AHMED, NIHAL | Enhancing Tribological Properties of MoS2 Using a Chromium Underlayer | University of Arkansas At Little Rock | |
AHMED, NIHAL | Unveiling the Potential of PEO-Chameleon Coatings on Titanium Alloys Across Varied Environments and Temperatures | University of Arkansas At Little Rock | |
AL KINDI, AHMED | Bioinspired Lubricity from Surface Gel Layers | University of California At Santa Barbara | |
AROLE, KAILISH | Annealing Ti3C2Tz MXenes to Control Surface Chemistry and Friction | Texas A&M University, J. Mike Walker '66 Dept of Mech Eng | |
ARYA, UJJAWAL | A Novel Multiphase CFD Model for Investigating the Flow Dynamics of Aerated Bubbles in Bearing Lubrication | METL, Purdue University | |
BERBERICH, ELIOT | PTFE Composites: Effect of PTFE Composite Filler Materials on Dry Sliding Wear Performance | Miami University | |
BHOWMIK, PIASH | Exploring the Additive Compatibility and Tribological Behavior of Regular and High Oleic Soybean Oil | University of North Dakota | |
BHOWMIK, PIASH | Understanding the Additive Compatibility and Tribological Properties of Regular and High Oleic Soybean Oil Lubricants | University of North Dakota | |
DAS, PIAL | Exploring the Tribological Behavior of Additively Manufactured Al-6061 Alloy for Space Application | Iowa State University | |
FLAIH, HIND | Microscale Tribochemistry of Diamond-like Carbon Coatings | St. Olaf College | |
GUO, ZHAOYANG | Accelerating the Calculation of Lubrication Systems Using AI Methods | Shanghai Advanced Research Institute | |
JIANG, YILONG | Decoupling Activation Volume via Dynamic Electron Transfer in Stress-Driven Chemical Reactions | Southwest Jiaotong University | |
KABIR, MOHAMMAD | Urea-functionalized Hydrophilic MoS2 Particles as Potential Additives for Grease | Texas A&M University, J. Mike Walker '66 Dept of Mech Eng | |
KEKUNG, MKPE OJONG | The Role of Tribology in the Circular Economy: Effect of Shaft Misalignment on Energy Consumption and CO2 Emissions | University of Ljubljana | |
KICIOR, INGA | Revealing the fundamentals of Organic Friction Modifiers behavior using in situ synchrotron X-ray scattering techniques | European Synchrotron Radiation Facility | |
MAKISHIMA, SO | Flow Visualization of Surface Textured Mechanical Seals by Particle Tracking Velocimetry | Eagle Industry Co., Ltd. | |
MANJUNATH, MANJUNATH | Exploring Line Contacts with Electrical Impedance Spectroscopy: A New Frontier in Film Thickness Assessment | Ghent University | |
MCCOLLUM, AARON | Enhancing Tribological Properties of Ni-Cr Thin Film Coatings by Incorporating MAX Phase Ceramic. | University of Arkansas At Little Rock | |
MORENO RUIZ, KEVIN | Frictional Properties of Catheters and the Implications for Medical Procedure Safety | University of California Merced | |
OKHIRIA, PAUL | Performance and Stability of Aqueous Glycerol Solutions for Cold, Humid Climates: Corrosion Resistance and Rheological Properties of Chainsaw Lubrication | Lulea University of Technology | |
OMIYA, TAKERU | Advancements in Lubrication Systems: Gadolinium-Doped DLC Coatings and Phosphorus-Containing Ionic Liquids for Enhanced Wear Resistance and Friction Reduction | University of Coimbra | |
PADILLA, MICHELLE | Evaluating Grease Behavior Under a Simulated Space Environment | University of California Merced | |
PIYA, AFRINA KHAN | Evaluating Grease Behavior Under a Simulated Space Environment | University of Leeds | |
RHODE, ANDREW | Slide-ring hydrogel friction | University of California At Santa Barbara | |
SHAFFER, KATHRYN | Atomic Force Microscopy of Transfer Film Development | University of California At Santa Barbara | |
SHINDE, ASMITA | Computational Analysis of Low-Speed, High-Load Journal Bearing | The University of Akron | |
SHORE, JOSEPH | Predicting Electric Vehicle Transmission Efficiency Using a Thermally Coupled Lubrication Model | Imperial College London | |
TAJEDINI, MOHSEN | Synergetic Tribological and Electrical Performance of Lubricants with Ti3C2Tz MXene as Additives | Texas A&M University, J. Mike Walker '66 Dept of Mech Eng | |
ZHANG, HONGWEI | Understanding the Correlation between Surface Topology and Lubrication Performances of Quasi-random Nanostructure Surfaces by Using Deterministic Lubrication Models | Hebei University of Technology | |