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2017 STLE Annual Meeting and Exhibition Hyatt Regency Atlanta Atlanta, Georgia 2017 Preliminary Technical Program as of 1/27/17 Preliminary TABLE OF CONTENTS Program-at-a-Glance ............................................................................................3 Condensed Program without Abstracts Monday ......................................................................................................5 Tuesday .....................................................................................................29 Wednesday ...............................................................................................67 Thursday ...................................................................................................116 Author Index .........................................................................................................151 2 Program At A Glance As of 1/27/2016 Sunday, May 21, 2017 2F Fluid Film Bearings II– Hanover G 2G NanoAdditives Joint Session II – Regency V 2H Tribotesting II – Dunwoody Registration – Courtland 7 am– 6 pm – Grand Hall Foyer 2I Wind Turbine Tribology II Speakers Breakfast Beverage Break -10 - 10:30 am – Centennial Foyer 7- 7:45 am – Centennial II Exhibitor Appreciation Break - 3 – 4 pm – Grand Hall Education Courses - 8 am - 5 pm Welcome Reception/Party – 6:30 – 8 pm – Centennial I/II Synthetic Lubricants 203 – Hanover A/B Metalworking Fluids 115 – Hanover C/D AMBA Bearings Course - Hanover E Advanced Lubrication 301 – Hanover F/G Tuesday, May 23, 2017 Hydraulics 201 – Courtland Gears 101 – Dunwoody Registration Biofuels and Biolubricants – Baker 7– 6 pm – Grand Hall Foyer Nanotribology Special Session – (1 – 5:00 pm) – Greenbriar Speakers Breakfast Student Gathering- 6:30 – 8 pm – TBD 7 – 7:45 am – Centennial II Commercial Exhibits and Student Posters - 9:30 am – 12Noon & 2 – 5:30 pm – Grand Hall Monday, May 22, 2017 Technical Sessions - 8 am - 12Noon Registration 3A Nanotribology II – Hanover AB 7 am – 6 pm – Grand Hall Foyer 3B Commercial Marketing Forum II – Hanover C 3C Metalworking III – Hanover D Speakers Breakfast 3D Materials Tribology III – Hanover E 7 - 7:45 am – Centennial II 3E Surface Engineering I – Hanover F 3F Fluid Film Bearings III – Hanover G Technical Sessions - 8 am - 10 am 3G Lubrication Fundamentals I – Additives & Additives 1A STEM Camp – Hanover A/B Degradation – Regency V 1B Commercial Marketing Forum I – Hanover C 3H Synthetics & Hydraulics I – Regency VII 1C Metalworking I – Hanover D 3I Engine & Drivetrain I – The Learning Center (TLC) 1D Materials Tribology I – Hanover E 3J Tribotesting III – Dunwoody 1E Environmentally Friendly Fluids I- Hanover F 3K Ceramics and Composites I – Courtland 1F Fluid Film Bearings I – Hanover G 1G NanoAdditives Joint Session I – Regency V President’s Awards Luncheon/Business Meeting - 1H Tribotesting I – Dunwoody 12Noon - 2:00 pm – Centennial I/II 1I Wind Turbine Tribology I – Courtland Technical Sessions - 2 pm – 6 pm Opening General Session – 10:30 am - 12Noon 4A Nanotribology III – Hanover AB Keynote Address TBD– Centennial I/II 4B Commercial Marketing Forum IV – Hanover C 4C Metalworking IV – Hanover D Lunch on your own - 12Noon – 1:30 pm 4D Materials Tribology IV – Hanover E 4E Surface Engineering II – Hanover F Commercial Exhibits and Student Posters – 12Noon - 5 pm 4F Fluid Film Bearings IV – Hanover G – Grand Hall 4G Lubrication Fundamentals II – Additives & Additives Degradation – Regency V Technical Sessions - 1:30 pm – 6 pm 4H Grease I – Regency VII 2A Nanotribology I – Hanover AB 4I Engine & Drivetrain Special Session I – The Learning 2B Commercial Marketing Forum II – Hanover C Center (TLC) 2C Metalworking II – Hanover D 4J Tribotesting IV – Dunwoody 2D Materials Tribology II – Hanover E 4K Condition Monitoring I – Courtland 2E Environmentally Friendly Fluids II – Hanover F 4L Rolling Element Bearings Roundtable Discussion – Baker 3 Beverage Break – 10 - 10:30 am –Grand Hall 6J Grease III – Regency VII Exhibitor Appreciation Break - 3 – 4 pm – Grand Hall 6L Non-Ferrous Metals II (Rolling) – Dunwoody 6M Gears II – Courtland 6N Condition Monitoring III – Baker (ends at 3:00pm) Wednesday, May 24, 2017 6O Biotribology I – Baker (starts at 3:30pm) 6P Engine & Drivetrain II – The Learning Center (TLC) Registration 7am – 6 pm – Grand Hall Foyer Beverage Break – 10 - 10:30 am – Grand Hall Speakers Breakfast Beverage Break – 3 - 3:30 pm – Grand Hall Foyer 7 – 7:45 am – Centennial II Thursday, May 25, 2017 Commercial Exhibits & Student Posters - 9:30 am – 12Noon – Grand Hall Registration Education Courses - 8 am - 5 pm 7 am – 12Noon – Grand Hall Foyer Automotive Lubrication 201 – Embassy A/B Synthetic Lubricants 204 – Centennial III Speakers Breakfast Advanced Lubricants 302 – Centennial IV 7 – 7:45 am – Centennial II Basic Lubrication 302 – Embassy C/D Certification Exams Metalworking Fluids 250 – Embassy E/F 8:30 am – 12:30 pm – Hanover A/B Technical Sessions - 8 am - 12Noon Technical Sessions - 8 am - 12Noon 5A Nanotribology IV – Hanover AB 7B Metalworking V- Hanover C 5B Commercial Marketing Forum V – Hanover C 7C Rolling Element Bearings III – EHL and Friction – 5C Rolling Element Bearings I – Rolling Contact Fatigue I Hanover D – Hanover D 7D Tribochemistry II – Joint Session - Hanover E 5D Materials Tribology V – Hanover E 7E Seals I – Hanover F 5E Surface Engineering III – Hanover F 7F Power Generation I – Hanover G 5F Fluid Film Bearings V – Hanover G 7G Lubrication Fundamentals V – EHL Modeling and 5G Lubrication Fundamentals III – EHL Modeling and Evaluation – Regency V Evaluation – Regency V 7H Wear III – Regency VI 5Ga Lubrication Fundamentals III – Molecular Dynamics – 7I Synthetics & Hydraulics II – Regency VII Regency V 7J Engine & Drivetrain III – The Learning Center (TLC) 5H Wear I – Regency VI 7K Non-Ferrous Metals III – (Biobased) – Dunwoody 5I Grease II – Regency VII 7M Biotribology II – Baker 5J Tribochemistry I – Joint Session-The Learning Center 5K Non-Ferrous Metals I (Working) – Dunwoody Technical Sessions - 1:30 pm - 5:30pm 5L Gears I – Courtland 8B Metalworking VI – Hanover C 5M Condition Monitoring II – Baker 8C Rolling Element Bearings IV – Rolling Contact Fatigue II – Hanover D Technical Sessions - 1:30 pm - 6 pm 8D Tribochemistry III – Joint Sesssion - Hanover E – Hanover F 6A Nanotribology V – Hanover AB 8E Seals II – Regency V 6B Commercial Marketing Forum VI – Hanover C 8G Lubrication Fundamentals VI – Regency VI 6C Rolling Element Bearings II – Hanover D 8H Wear IV – Regency VII 6D Materials Tribology VI – Hanover E 8I Synthetics & Hydraulics III – The Learning Center (TLC) 6F Surface Engineering III – Hanover F 8J Engine & Drivetrain IV 8M Biotribology III - Baker 6G Fluid Film Bearings VI – Hanover G 6H Lubrication Fundamentals IV – Novel Additives – Beverage Break - 10 – 10:30 am – Grand Hall Foyer Regency V Beverage Break - 3 – 3:30 pm - Grand Hall Foyer 6I Wear II – Regency VI 4 Monday, May 22, 2017 1B Hanover C Commercial Marketing Forum I 8:00 am - 8:30 am - Functional Products, Inc. 8:30 am - 9:00 am - Chevron Phillips Chemical Company 9:00 am - 9:30 am - Sea-Land Chemical Company 9:30 am - 10:00 am - Croda, Inc. 10:00 am - 10:30 am - Break 1C Hanover D Metalworking I Session Chair: Session Vice Chair: 8:00 am - 8:30 am Multiple Light Scattering for the Analysis of Physical Stability of Concentrated Dispersions Matt Vanden Eynden, Formulaction, Inc, Worthington, OH, Christelle Tisserand, Mathias Fleury, Yoann Lefeuvre, Pascal Bru, Gerard Meunier, Formulaction, L'Union, France Products such as emulsions, dispersions and foams will eventually undergo destabilization processes related to sedimentation, creaming, clarification, flocculation or coalescence thus giving a product that may exhibit a reduction in product performance. In order for formulators to optimize the development a quality material the investigation of the product in its native state is up utmost importance in order to produce a quality product within a reasonable time frame. We present here a technique based on Multiple Light Scattering (MLS) to fulfill this purpose. It has proven to be a useful technique to characterize the dispersion state of concentrated samples and the mean diameter of the particles in the dispersion. By detecting and predicting the stability of the product, overall product quality and shelf-life predictions can be made in a fraction of the time that would be seen by the naked eye. 8:30 am - 9:00 am The Role of the Pin & Vee Block Torque Curve for Aluminium Alloys Kathy Helmetag, Henkel, Warren, MI, Dirk Drees, Emmanuel Georgiou, Michel De Bilde, Falex Tribology NV, Rotselaar, Belgium The torque curve measured during continuous load increase in a Falex Pin-and-Vee Block test (ASTM D3233) was used in the past to evaluate lubricant performance in the transition boundary - extreme pressure regimes. By recording frictional torque during increasing load, sudden increase in torque ('torque pop-up') can be correlated with damage events in forming operations. These incipient artifacts give insight 5 into conditions that could present problems in the field. Previous tests were done with standard steel described in the ASTM method. This work will explore the continuous load technique using light alloy Pins and/or Vee blocks, with standard machining coolant formulations to show how the torque curve can be used to explore the limits of lubricity on these surfaces. Two aluminium alloys, an extrusion and a cast alloy, are compared with respect to the lubricant efficiency. The additional
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