Are you curious about what Wave Springs can do for your bearing application? This whitepaper has everything you need to know!
Within this comprehensive whitepaper brought to you by Smalley, discover the transformative power of Wave Springs in optimizing bearing performance: https://lnkd.in/e4k9u-uC
Struggling with bearing performance? Check out our whitepaper. Smalley Wave springs can help! Reduce friction, save space, and maybe even some cash! #BearingUpgrade #smalley #wavesprings #secureyoursuccess #engineering #manufacturing #innovation
Within this comprehensive whitepaper brought to you by Smalley, discover the transformative power of Wave Springs in optimizing bearing performance: https://lnkd.in/e4k9u-uC
Within this comprehensive whitepaper brought to you by Smalley, discover the transformative power of Wave Springs in optimizing bearing performance: https://lnkd.in/e4k9u-uC
Why are ferrules important in the #wireharness industry? Maria Schierscher, Phoenix Contact, gives a preview of her upcoming technical session, “What You Need to Know about Ferrules,” to John W. Mitchell, IPC president and CEO, on the “Art of the Possible: EWPTE edition.” Listen here: https://lnkd.in/gCvu87GZ
Catch-up on all things fluid power 💫 Best Bits Spring 2024 has been read by thousands of industry leaders - have you picked up (well opened a link to) yours yet! Read it here: https://lnkd.in/egVPykcn
Non-standard aggregates are common in pavements (20,000 km in Queensland). They are economical and eco-friendly but require considered characterisation. In 2020, NACOE investigated using the modified Texas triaxial (MTT) test. MTT showed promise, particularly in wet conditions, but it may not fully capture performance differences. We are considering combining MTT with the California bearing ratio (CBR) test and basic material properties for improved characterisation and performance prediction. Learn more: https://lnkd.in/gqDxwVBq
Here’s an idea -- watch CPC’s fun video on flow dynamics for liquid cooling systems. https://ow.ly/KGnm50PPoEc
Sr.Vice President . Professional into Process Development ,QbD/PAT ,Chemical Hazards & Powder Safety, Mixing & Engineering Simulation, Safer Scale up
Value lies in understanding the kinetics data by the beholder . Why so much data NOT required and relevant data crucial as per DIERS on runaway reactions and Vent Sizing . Let us learn from the Expert in process safety .
The inaugural webinar of the Technical Thursday Webinar Series will take place on April 11, 2024, focusing on ARSST Thermal Stability Data and Vent Sizing using Fauske Equations. This webinar is organized by Three Ten Initiative Technologies LLP and Kaypear. Secure your free virtual seat by registering at https://lnkd.in/gZhfwcSG today.
Philippe Pibarot, Changfu Wu, and Larry Wood have a conversation on bioprosthetic valve durability and the different factors can impact outcomes. Watch the full video here: https://lnkd.in/eFQTgSuK
elevated total dispersion looking farther in ⇔ continuous collapse upon exposure of proclivity. easy
It's got extraordinary thermal and supreme sound conductivity as a solid; why has no one studied its properties as a liquid? I'd be curious about S-wave propagation: is it similar in liquid or supercritical beryllium to light in vacuum? If so, should we maybe consider the phase of maximally quantum coherent zero point energy of vacuum to be similar to that of supercritical beryllium?
Really proud to share with you my first participation on a paper with this great review ! If you want to know more about photoswitchable lanthanide complexes with their luminescent and magnetic properties, you will learn everything you need after reading this : https://lnkd.in/e4utQJsS
