Hanif Azis’ Post

If you missed this morning's steelTalk about our latest Liquid Metal Embrittlement (LME) Study, make sure you're following us here on LinkedIn. We'll post the replay link as soon as it's available. Dr. Max Biegler of Fraunhofer IPK Project Office for Advanced Manufacturing at ITA and Keke Yang of Paderborn University, presented highlights of the Phase 2 Report. This study determined that advancements in metallurgy, production and welding techniques have significantly reduced AHSS’s sensitivity to LME. Additionally, it found that manufacturers can use optimized welding processes to further reduce LME risk in large-scale production. Download the report for more: https://bit.ly/3UXPYlr #Engineering #Steel #Automotive #Metallurgy

🚀 We’re proud supporters of the International Journal of Powder Metallurgy! https://bit.ly/4fmfEzh This must-read quarterly journal dives deep into everything from press-and-sinter techniques to cutting-edge metal additive manufacturing. 📚 Explore case studies, annual MIM technology reviews, and the latest research, plus unique features like Newsmakers, Consultants’ Corner, member spotlights, and more. 📖 The Fall 2024 issue is packed with exciting content, including: ✅ Howard I. Sanderow Outstanding Technical Paper: A comparison of soft magnetic composites (SMC) and lamination assemblies ✅ Outstanding Additive Manufacturing Technical Paper: Developing an abrasion-resistant alloy for the metal binder jet process ✅ Excellence in Metallography Technical Paper: Impact resistance of a free-sintering low-alloy steel produced via laser powder-bed fusion Got questions about these topics? We’re happy to chat! Don’t miss this opportunity to stay informed—subscribe today! 🌟 #PowderMetallurgy #AdditiveManufacturing #MaterialsScience #Research #Engineering

If you missed this morning's steelTalk about our latest Liquid Metal Embrittlement (LME) Study, make sure you're following us here on LinkedIn. We'll post the replay link as soon as it's available. Dr. Max Biegler of Fraunhofer IPK Project Office for Advanced Manufacturing at ITA and Keke Yang of Paderborn University, presented highlights of the Phase 2 Report. This study determined that advancements in metallurgy, production and welding techniques have significantly reduced AHSS’s sensitivity to LME. Additionally, it found that manufacturers can use optimized welding processes to further reduce LME risk in large-scale production. Download the report for more: https://bit.ly/3UXPYlr #Engineering #Steel #Automotive #Metallurgy

Euro PM2025 abstract submission deadline extended ➡️ Read more: https://lnkd.in/ggPYXzth The European Powder Metallurgy Association has announced that the abstract submission deadline for Euro PM2025 has been extended. #powdermetallurgy #metalpowders #manufacturing #engineering

A great addition to the production flow for Near Net Shape parts of High quality.

In centrifugal casting, the science of metallurgy meets the art of engineering, crafting perfection in every spin. #castingmachine #machinery #machine #industry #CCMCO

I’m thrilled to announce that our review paper, entitled "Microstructure and Fatigue Behavior of PM-HIPed Ni-Based Superalloys and Martensitic Tool Steels: A Review," has been published! In this paper, we reviewed the microstructural features and fatigue behavior of PM-HIPed (Powder Metallurgy - Hot Isostatic Pressing) productions and compared them with conventional manufacturing processes. Understanding these aspects can illustrate and highlight the potential of PM-HIPed components in advanced engineering applications. 🔗 https://lnkd.in/dCH5fr38

Powder metallurgy press forming involves compressing metal powders into a “green” part using a die and punches. This process creates a compacted shape that is fragile and requires subsequent sintering to achieve desired mechanical properties through atomic diffusion. The method was notably developed Peter G. Sobolevsky, a Russian scientist who developed methods for creating jewelry from platinum powder in 1827 and subsequently made popular in the 1950s for the aerospace industry, facilitating the production of high-strength components for jet engines and other applications. The process has evolved, becoming essential in automotive and manufacturing sectors due to its efficiency and ability to produce complex shapes with minimal waste.

Material Maze in Machined Parts Manufacturing 🌐🔩 Material selection matters as much as design in manufacturing. Balance is key - cost, performance, application. Knowing material properties, standards, and client needs can be an art. It involves understanding metallurgy, polymer science, and new materials like composites. This knowledge influences production, sustainability, and recyclability. Share your challenges in material selection and its effects on your final product. #MaterialScience #ManufacturingExcellence #EngineeringChallenges

Is This The Future of Machining? Here's an article we just uploaded to our site talking all things Powder Metallurgy! https://lnkd.in/ggNiRsgE