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 In this episode of Perfecting Motion®, we sit down with a lubricant formulation and tribology expert whose work spans the full value chain — from base oil and additive chemistry to tribometer design, customer training, and future mobility applications.

The conversation opens with what makes lubricant formulation genuinely difficult: not the chemistry in isolation, but the constant trade-offs between competing performance requirements, cost constraints, and application realities. From there, we explore one of tribology's most persistent challenges — the gap between laboratory measurement and real-world behavior. Tribometers are powerful tools, but only when the contact conditions, materials, and loading regimes are chosen with the right contact situation in mind. Our guest explains how to think about test method development, what accelerated tests can reliably tell us, and where overclaiming becomes a professional hazard.

The episode also covers the human side of tribology: teaching complex concepts to customers and cross-functional teams, building labs that draw on chemistry, metallurgy, and mechanical design together, and whether AI and computational tools are changing day-to-day formulation work in meaningful ways.

The closing discussion looks ahead — across research, formulation, testing, standards, and future mobility — to ask what will genuinely transform over the next decade, and what will remain stubbornly, usefully the same.

For anyone working in lubricant development, testing, or industrial training, this episode offers a clear-eyed look at what rigorous tribology actually requires, and why getting it right has never mattered more.

Our Guest:

Dr. Rai Notay earned his PhD in Mechanical Engineering from the University of Leeds, specializing in engine tribology.  Rai is currently the Senior Tribology Research Engineer at Lubrizol in the UK, Rai conducts advanced tribology research in industrial lubricants and powertrain technology to enhance efficiency and durability. Rai serves as a STLE TLT Technical Editor, contributing to the dissemination of cutting-edge tribology and lubrication research. He collaborates with UK universities and is committed to innovation and knowledge exchange.

For more information on STLE, please visit https://www.stle.org/ If you have an idea for our podcast, or interested in being a guest, please Email STLE Director of Professional Development Robert Morowczynski at [email protected] .   Also, we love your feedback, please take a minute to provide us with your thoughts at Perfecting Motion Podcast Feedback or Email us at [email protected].  

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In this episode of Perfecting Motion®, Debottam Bose — a bearing and lubrication application engineer at Vestas with experience spanning steel plants, heavy industrial machinery, and offshore wind turbine drivetrains — shares what decades of failure investigation and field engineering teach you about reliability at scale.

The conversation moves through the fundamentals of large bearing application engineering, the discipline of root cause analysis under pressure, and the underestimated role of lubricant selection in determining whether critical components survive or fail. Debottam draws on lessons from some of the harshest industrial environments — converters, casters, rolling mills — and explains why those lessons transfer more directly to offshore wind than most engineers expect.

The episode also examines offshore wind as a maturing industrial technology: why standardization matters as much as innovation, how field failure data must feed back into next-generation turbine design, and what skills the next generation of tribologists will need as mechanical systems grow larger, more remote, and more closely monitored.

Whether you work in renewables, heavy industry, maintenance engineering, or lubrication science, this episode offers a grounded, field-tested perspective on what keeps large machines running — and what we lose when they don't.

Our Presenter: 

Debottam Bose brings over 17 years of hands-on expertise as a Bearing and Lubrication Application Engineer, specializing in rolling bearing design, lubricant selection, and large-size bearing testing. He has deep experience across grease testing and specification, bearing inspections, and failure root cause analysis — and has applied that knowledge in some of the most demanding industrial environments in the world, including blast furnaces, sinter plants, steel casters, rolling mills, and offshore wind turbines, both direct-drive and geared platforms. Throughout his career he has worked directly with customers to solve complex application challenges, develop new products, and present technical findings — making him equally at home in the lab, on the plant floor, and in front of an audience. Today we're excited to have him share his insights on bearing and lubrication engineering in heavy industry. 

For more information on STLE, please visit https://www.stle.org/ If you have an idea for our podcast, or interested in being a guest, please Email STLE Director of Professional Development Robert Morowczynski at [email protected] .   Also, we love your feedback, please take a minute to provide us with your thoughts at Perfecting Motion Podcast Feedback or Email us at [email protected].  

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Abstract:

Guest: Kuldeep Mistry is Senior Research Scientist at Chevron Oronite and STLE Board Member.  He is a tribologist and strategist dedicated to "perfecting motion" across machines and organizations alike. With nearly two decades of R&D experience—spanning Argonne National Lab, Timken, and the University of Leeds—they currently lead the revitalization of tribology testing to accelerate lubricant innovation for everything from heavy marine engines to the next generation of EVs. Beyond the lab, they are a passionate champion for STEM outreach and global technical collaboration, believing that true innovation only happens at the intersection of rigorous science and human connection. 

For more information on STLE, please visit https://www.stle.org/ If you have an idea for our podcast, or interested in being a guest, please Email STLE Director of Professional Development Robert Morowczynski at [email protected] .   Also, we love your feedback, please take a minute to provide us with your thoughts at Perfecting Motion Podcast Feedback or Email us at [email protected].  

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In this episode of Perfecting Motion, our host, Marc Ingram, dives into the "hidden science" of tribology with Jennifer Vail, author of Friction – A Biography, to uncover how this often-overlooked force shapes the modern world. The conversation journeys from the fundamental physics that allow us to walk and drive to the historical milestones where engineering hurdles sparked scientific breakthroughs. We explore the ways humans instinctively "tinker" with friction in daily life, the fascinating presence of tribology in the natural world, and the critical role of lubrication and wear-control in today's most vital industries. Finally, the episode looks toward the future of material science, discussing whether we can ever achieve near-zero friction and why understanding this invisible force is key to solving the next generation of global engineering challenges.

Our guest:

Dr. Jennifer Vail studied tribology at the University of Florida before moving to England as a researcher at the University of Sheffield and Imperial College London. She returned to the United States to start the first dedicated R&D tribology lab for DuPont and then produced educational content for the Khan Academy. Her TED talk on tribology has reached more than 2.5 million people and her book Friction: A Biography was released in early 2026.

For more information on STLE, please visit https://www.stle.org/ If you have an idea for our podcast, or interested in being a guest, please Email STLE Director of Professional Development Robert Morowczynski at [email protected] . Also, we love your feedback, please take a minute to provide us with your thoughts at Perfecting Motion Podcast Feedback or Email us at [email protected].

For more information on STLE, please visit https://www.stle.org/ If you have an idea for our podcast, or interested in being a guest, please Email STLE Director of Professional Development Robert Morowczynski at [email protected] .   Also, we love your feedback, please take a minute to provide us with your thoughts at Perfecting Motion Podcast Feedback or Email us at [email protected].  

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This podcast episode dives deep into the persistent and often misunderstood issue of micropitting in gears, guided by expert insights from Ben Wainwright. The conversation begins by defining micropitting and examining how it manifests in real-world applications, asking whether it remains a practical concern in modern gear systems and what fundamental factors—such as lambda ratio, surface roughness, and contact conditions—drive its formation. We explore how micropitting should be properly characterized, which surface finishes are most effective at reducing risk, and the complex role lubricants play, including whether antiwear and EP additives mitigate or inadvertently promote damage. The discussion then turns to testing: how micropitting is currently evaluated, whether today’s tests truly reflect field failures, and what an ideal test might look like if designed from first principles. The episode closes with practical guidance for gearbox designers, common misconceptions still seen in industry, trusted rules of thumb, and a forward-looking question on whether micropitting is something we will ultimately engineer out—or simply continue to manage. 

Our Guest:

Benjamin Wainwright completed his studies in mechanical engineering at Imperial college London in 2017. During his undergraduate studies he was heavily involved in the maintenance of the 1902 Car mascot of the City and Guilds. This along with a keen interest in the fundamentals of engineering inspired Ben to take on a PhD in the Imperial College Tribology Group focusing on surface fatigue of gear and bearing applications. Ben was awarded his PhD in 2022 and shortly after continued his career within the R&D department of PCS Instruments. Here, together with his fellow R&D engineers, he has contributed to the development and release of a system to allow research of electrified contacts as well as high speed twin disc machine focusing on high speed EHL.

Marc Ingram has over 10 years experience working in Tribology.  His masters degree in Chemistry and PhD in Engineering (Tribology) helps him easily bridge the gap that so often exists between lubricant formulator and field/test engineer.  He has worked with all major oil and additive companies after a successful career at Imperial College, PCS Instruments and Afton Chemical.  Marc has extensive knowledge of all tribology test methods inc

For more information on STLE, please visit https://www.stle.org/ If you have an idea for our podcast, or interested in being a guest, please Email STLE Director of Professional Development Robert Morowczynski at [email protected] .   Also, we love your feedback, please take a minute to provide us with your thoughts at Perfecting Motion Podcast Feedback or Email us at [email protected].  

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This month's podcast episode explores the precision-driven world of tribology through the lens of national laboratory measurement science, moving beyond basic product development to address the fundamental challenges of friction, wear, and lubrication. Our guest discusses the unique operational environment of a national lab and provides a deep dive into the technical rigors of creating robust, high-tech measurements while addressing the persistent gaps between laboratory data and industrial reality. The conversation tackles critical hurdles in measurement uncertainty, the dual nature of standardized testing, and the transformative impact of digitalization—specifically whether current tribological data is truly "AI-ready." Finally, we examine the shifting landscape of the energy transition, highlighting new measurement frontiers in EV drivetrains and hydrogen systems, and offering essential advice for practicing tribologists on experimental design and the evolving skillsets required for the next decade. 

Our Presenters: 

Timothy Kamps is a Senior Scientist in the Advanced Materials team at NPL. Timothy is a Tribologist specialising in the development of online and offline in situ measurement technologies. He is experienced in the design and analysis of laboratory experiments that quantify the friction and wear of lubricated interfaces.

Timothy investigated the scuffing failure of cast irons for his PhD which was awarded by the University of Southampton in 2018. He received the Institute of Physics prize for innovation in tribology in 2017 and Tribology Trust Bronze Medal in 2015. Timothy attained his MEng degree in mechanical engineering with an automotive theme from the University of Southampton in 2012.

Marc Ingram has over 10 years experience working in Tribology.  His masters degree in Chemistry and PhD in Engineering (Tribology) helps him easily bridge the gap that so often exists between lubricant formulator and field/test engineer.  He has worked with all major oil and additive companies after a successful career at Imperial College, PCS Instruments and Afton Chemical.  Marc has extensive knowledge of all tribology test methods inc

For more information on STLE, please visit https://www.stle.org/ If you have an idea for our podcast, or interested in being a guest, please Email STLE Director of Professional Development Robert Morowczynski at [email protected] .   Also, we love your feedback, please take a minute to provide us with your thoughts at Perfecting Motion Podcast Feedback or Email us at [email protected].  

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This month we talk about understanding and optimizing tribological performance is vital for improving fuel efficiency, extending component lifespan, and reducing emissions in modern vehicles. Dr. Nolan Chu from Auburn University and Dr. Arup Gangopadhyay from Ford Motor Company will share insights into the complex computational models being developed to predict and mitigate wear in critical areas such as engines, transmissions, and brake systems. We’ll discuss the challenges of accurately simulating these real-world conditions and how this research translates into the next generation of more durable and efficient automotive technology. Tune in to learn how advanced tribological modeling is driving innovation on the road. 

Our Presenters:

Dr. Nolan Chu received his bachelors in Mechanical Engineering and in Applied Mathematics - Actuarial Science from Auburn University in May 2016, his  master's in Mechanical Engineering from Auburn University in May 2018, and my doctorate in Mechanical Engineering from Auburn University in May 2023.  His work as a graduate student mainly focused on modeling engine components to evaluate friction reduction strategies, but also worked on elastic and elastic-plastic rough surface contact models.

Dr. Arup Gangopadhyay  is a technical leader of powertrain tribology in energy, propulsion and sustainability in research and advanced engineering at Ford Motor Co., where he has worked for more than 30 years. His research focus is on reducing friction and wear in powertrain systems, as well as understanding the interaction between lubricant additives and surfaces and coatings, with the ultimate goal of improving fuel economy. He has published 80 technical papers, holds a number of U.S. patents and was awarded the Engineering Society of Detroit’s Gold Award in September 2020, which honors exceptional engineers and scientists. He has served as a board member for the STLE Detroit Section since 2000 and also served two terms as an STLE board member. He was elected an STLE Fellow in 2004.

For more information on STLE, please visit https://www.stle.org/ If you have an idea for our podcast, or interested in being a guest, please Email STLE Director of Professional Development Robert Morowczynski at [email protected] .   Also, we love your feedback, please take a minute to provide us with your thoughts at Perfecting Motion Podcast Feedback or Email us at [email protected].  

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This podcast episode explores the fascinating world of tribology as it applies to everyday fasteners. Tribology, the science of friction, wear, and lubrication, is the unsung hero behind the function of countless devices we use to hold things together or secure them. From the thousands of tiny hooks and loops that make up Velcro to the teeth and locking mechanism of a zip tie, and the knots in shoelaces or the mechanics of snaps, these seemingly simple devices rely fundamentally on controlling and manipulating friction. We'll delve into how these tribological principles enable us to perform both routine tasks—like securing a jacket—and more critical operations, ensuring that the devices we depend on to tighten and connect components remain reliable under stress. Tune in to discover the hidden engineering that keeps our world—quite literally—fastened together.

Our Guests:
Melissa Mushrush has been a chemist for the MOLYKOTE® Specialty Lubricants brand since 2017, specializing in anti-friction coatings to improve friction and wear performance. She brings expertise in vacuum technology, thin-film deposition, material characterization, process data management, and accelerated testing methods. During her 14 years at The Dow Chemical Company, Melissa worked on diverse projects, including polymer light-emitting diodes and thin-film solar technology. She played a key role in establishing Dow’s solar expertise, collaborating with institutions like NREL and the University of Delaware. Melissa’s career reflects a strong focus on innovative materials research and practical industrial applications. 

Katherine Helmetag is an organometallic chemist with BS and MS degrees from Drexel University. She has been working in tribology since the start of her career and has focused on lubricant design for all types of metalworking operations. Katherine’s current role as a process engineering manager for Henkel NA Operations has her focused on operation excellence in the chemical manufacturing industry. She mentors Team#2960 of FIRST Robotics as the materials lead and volunteers with Scouting America as a Unit Commissioner and Merit Badge Counselor, and enjoys instructing HPDE events around Michigan.

Both Christine and Kathy were also guests on our January 2025 Perfecting Motion episode on the Tribology of Footwear.  

For more information on STLE, please visit https://www.stle.org/ If you have an idea for our podcast, or interested in being a guest, please Email STLE Director of Professional Development Robert Morowczynski at [email protected] .   Also, we love your feedback, please take a minute to provide us with your thoughts at Perfecting Motion Podcast Feedback or Email us at [email protected].  

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The History of Tribology in History Part II - From Byzantine Ingenuity to Da Vinci's Genius 

Welcome back to the second installment of our series on the history of tribology. In this episode, we're delving into the fascinating period from the Byzantine Empire through the Renaissance. We'll explore how Byzantine engineers applied advanced knowledge of friction, lubrication, and wear to create remarkably durable machinery, from intricate siege engines to complex water-lifting devices. Their practical innovations laid a crucial, often overlooked, foundation for later advancements.

The episode then shifts to the Renaissance, where we'll highlight the extraordinary contributions of Leonardo da Vinci. A true pioneer, Da Vinci moved beyond mere observation to scientifically investigate the laws of friction, recording his findings in his notebooks centuries before they were formally understood. His work provides a stunning example of how tribological principles were integrated into art, engineering, and invention, from his designs for flying machines to his revolutionary ball bearings. Join us as we uncover how ancient ingenuity and a single genius's curiosity shaped the world of motion and mechanics.

For more information, see Ramoun's supplemental information here. 

Our guest:

Ramoun Mourhatch has had a robust career spanning over 14 years in materials science, tribology, and lubrication, predominantly focused on automotive engine oils within Chevron. The experience highlights a clear progression, beginning with roles as a Lead Materials Scientist, Tribologist, and Failure Analyst for engines and lubricated systems, transitioning into Technology Development Formulator, and culminating as a Senior Scientist specializing in Automotive Engine Oils. A core competency demonstrated across these roles is advanced statistical data analysis, particularly using JMP, applied to technology development and formulation. The professional foundation includes a Ph.D. in Materials Science and Engineering with post-doctoral work in Tribology and Lubrication, coupled with significant volunteer leadership in the Society of Tribologists and Lubrication Engineers (STLE), underscoring a deep commitment to the field's advancement. 

For more information on STLE, please visit https://www.stle.org/ If you have an idea for our podcast, or interested in being a guest, please Email STLE Director of Professional Development Robert Morowczynski at [email protected] .   Also, we love your feedback, please take a minute to provide us with your thoughts at Perfecting Motion Podcast Feedback or Email us at [email protected].  

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This month we're diving into the often-overlooked history of friction, lubrication, and wear. From the practical ingenuity of ancient civilizations to the groundbreaking discoveries of the Industrial Revolution, we'll explore how humanity has continuously grappled with the challenges of rubbing things together. Join us as we uncover how the Egyptians moved massive stones using sledges and lubricated sand, how Leonardo da Vinci's notebooks were filled with sketches of bearings and gears, and how the development of machine parts revolutionized everything from transportation to manufacturing. 

Our guest:

Ramoun Mourhatch has had a robust career spanning over 14 years in materials science, tribology, and lubrication, predominantly focused on automotive engine oils within Chevron. The experience highlights a clear progression, beginning with roles as a Lead Materials Scientist, Tribologist, and Failure Analyst for engines and lubricated systems, transitioning into Technology Development Formulator, and culminating as a Senior Scientist specializing in Automotive Engine Oils. A core competency demonstrated across these roles is advanced statistical data analysis, particularly using JMP, applied to technology development and formulation. The professional foundation includes a Ph.D. in Materials Science and Engineering with post-doctoral work in Tribology and Lubrication, coupled with significant volunteer leadership in the Society of Tribologists and Lubrication Engineers (STLE), underscoring a deep commitment to the field's advancement. 

For more information on STLE, please visit https://www.stle.org/ If you have an idea for our podcast, or interested in being a guest, please Email STLE Director of Professional Development Robert Morowczynski at [email protected] .   Also, we love your feedback, please take a minute to provide us with your thoughts at Perfecting Motion Podcast Feedback or Email us at [email protected].