Accendo Reliability Webinar Series

Let’s explore the range of options available to estimate the life of an item, plus the pros and cons of each method.

Let’s explore when and how to identify which types of environmental testing should be done so that they add value.

So if you want to find out what reliability actually is (no equations) … this webinar is for you! - it's not MTBF, BTW

Let’s examine the success testing approach, the assumptions, benefits and faults. Plus, what other options you may have available

perhaps you want to estimate the reliability of something that is supposed to last a long time, but don’t have a lot of time to test.

Explore the framework to assess equipment reliability for air fin coolers and ensure operational excellence in process plants.

Explore the pitfalls of the Mean Time Between Failures (MTBF) metric, revealing how larger MTBFs can still lead to more failures. Discover the unpredictable reliability of mechanical components like ball bearings, influenced by microscopic factors. Dive into the failure patterns of small satellites, shedding light on the challenges of infant mortality and how statistics can mislead interpretations. The discussion critiques traditional reliability metrics, advocating for a shift towards data-driven assessment methods that enhance product reliability.

Fred Schenkelberg, a reliability expert and consultant at Accendo Reliability, dives into the critical practice of derating in electronic design. He discusses how derating enhances product reliability by ensuring components can handle unexpected stresses. The conversation highlights methods to effectively implement derating, the impact of vibration in high-frequency systems like 5G, and contrasts derating strategies in electrical versus mechanical engineering. Schenkelberg stresses the importance of engineering judgment and thorough documentation to prevent failures.

Discover the magic of Weibull probability plotting, a crucial tool in reliability and quality engineering. Learn how it transforms failure data into straight lines that reveal powerful insights. The discussion covers the implications of line slopes and locations for maintenance optimization and quality control. Find out why mastering this method allows engineers to avoid complex equations while enhancing reliability strategies. Tune in for an engaging exploration of data analysis in engineering!

Rob Allen, an expert in product and process excellence, shares insights on aligning customer needs with product requirements. He discusses the critical role of Quality Function Deployment (QFD) in identifying essential quality metrics. The conversation then shifts to utilizing Design for Failure Modes and Effects Analysis (DFMEA) to enhance product reliability. Allen emphasizes team collaboration and communication as key factors in successful design, showcasing how adjusting features based on customer feedback can lead to innovative, market-leading products.