Materials.Business Newsletter ⚙️ August 22th, 2024
Podcast Guest: Wandong Wang
Video in English you can add subtitles in any language - see below to learn how!
In this episode of the Material Business podcast, we dive deep into material science with Wandong, a leading researcher in high entropy alloys (HEAs) and their applications in industrial sectors. Our conversation explores the potential of HEAs to enhance material performance under harsh conditions, specifically in gas transportation systems. We also shed light on the importance of community in academia, the challenges of working in a male-dominated field, and the future of materials science in industries like aerospace and automotive. Whether you're a researcher, engineer, or simply curious about cutting-edge advancements in material science, this episode offers invaluable insights into a rapidly evolving field. #MaterialScience #HighEntropyAlloys #ErosionResistance #WomenInSTEM
Key Highlights from the Discussion:
Application of HEAs in Industry: Wandong shares her study on high entropy alloys, highlighting their potential to improve the lifespan and durability of components used in gas transportation. She emphasizes the benefits of HEAs in reducing maintenance costs and enhancing sustainability. If you havent done so, go to the YouTube video to watch the amazing graphics, pictures, and extracts from Wandong's work. HEAs in Harsh Conditions: HEAs, when tested with erodents like aluminum oxide at velocities up to 200 meters per second, show superior wear and erosion resistance. While the research is currently at the lab scale, she envisions future commercial applications by refining material compositions, introducing thermal treatments, and developing HEA coatings.
The Complexity of Wear and Erosion: We explore how wear and erosion, particularly in industrial applications, can be compounded by other factors such as corrosion. Wandong points out that in real-life scenarios, material failure is often caused by more than one mechanism.
The Future of Material Science: Future Research Directions: Wandong discusses refining HEAs by adjusting compositions and incorporating ceramic particles to further enhance erosion resistance. In the next 5-10 years, the focus is on the increased use of HEAs, particularly in aerospace and automotive industries, along with advancements in additive manufacturing for better control over material properties. Additive Manufacturing as a Game-Changer: With better control over microstructures and compositions, additive manufacturing is seen as a key driver for future materials innovation.
Challenges of Being a Female Researcher in STEM: Wandong opens up about feeling isolated in a male-dominated field and how conferences and peer conversations have helped her navigate the challenges. She highlights the importance of community and the value of mentorship in overcoming these obstacles. Collaboration is Key: Both hosts emphasize the importance of collaboration, networking, and sharing experiences to overcome challenges in academic and industrial settings.
Encouragement for Future Engineers and Researchers: Both host and guest; encourage young professionals, especially women, to pursue careers in engineering and material science. Wandong offers advice on engaging with professional communities and building networks that support personal and professional growth.
This episode of Material Business uncovers the fascinating world of high entropy alloys (HEAs) and their promising applications in gas transportation and beyond. Dr. Wandong, a researcher specializing in HEAs, discusses how these materials could significantly reduce wear, erosion, and maintenance costs in industrial settings. We also tackle the complexities of material failure, exploring how multiple mechanisms often contribute to the degradation of alloys. Looking ahead, the conversation highlights future advancements in material science, especially in the areas of HEAs and additive manufacturing. Lastly, we address the challenges faced by female researchers in STEM, emphasizing the importance of community, mentorship, and perseverance. Tune in to discover how HEAs are set to revolutionize industries like aerospace and automotive while fostering a more inclusive environment for future innovators. #WearAndErosion #AdditiveManufacturing #WomenInEngineering #MaterialInnovation
Want to learn more? Drop me a note! And follow us for top-notch content on sustainability, materials and more #InfinityGrowth #materialsbusiness ❤️
Wandong Wang is a PhD candidate in material science and engineering at the University of Toronto, under the guidance of Prof. Yu Zou. Focused on the study of wear and erosion, Wandong is investigating the wear performance of medium-entropy and high-entropy alloys. During her doctoral studies, Wandong collaborates with the Weir Group and NRSERC, and aims to uncover the mechanisms driving wear resistance in new materials. Wandong and her colleagues are committed to advancing their findings to address practical challenges in material durability.
Listen on Apple podcast, Spotify or Youtube and make sure to Follow US!
If you are watching the episode on YouTube, you can translate to almost ANY language, here is how:
- Open any video on YouTube.
- Click the CC button so it is underlined in red.
- Click the Settings (Gear) Button.
- Click Subtitles.
- Click Auto-translate.
- Choose a Language.
Looking for a job... try the ones below:
Next Podcast Episode !!!
Industry events on the lookout !!!
Click on the image for further information about the events!
We presented a plenary session during the IMRC, we will tell you all about it during the next edition of our newsletter!
We partnered with North West WOMEN in STEM - ever since speaking with Saba (co-founder) we couldn't resist putting #SDG17 in action once more. Have you listened to her podcast yet? https://youtu.be/fLP7yX1Bd7c?feature=shared
Comments