UQ AMPAM - Advanced Materials Processing and Manufacturing’s Post

Are you a highly motivated individual with a strong foundation in physical metallurgy? This could be your chance to make a significant impact! 🎯 Join our team for a groundbreaking project funded by the Kvantum Institute. This ambitious project aims to push the frontiers of ultrahigh-strength, fatigue-resistant steels, leveraging innovative processing techniques that contribute directly to a sustainable future. Our goal? To develop multiphase steels with optimized microstructures that offer an unparalleled strength-ductility-toughness balance—all while enhancing resistance to hydrogen embrittlement and fatigue. With support from advanced microstructure-based fatigue modeling, we’re set to make strides in durability and sustainability. Want to join on this exciting journey? Apply before 15th November, 2024 👉 More information: https://lnkd.in/dHedwyrc #Oulu #UniversityOfOulu #MaterialsScience #Research #Innovation #SustainableEngineering #KvantumInstitute #Steel #Fatigue #HighPerformanceMaterial #HighStrengthSteel #MultiscaleModelling #SuatainableFuture #MaterialsEngineering #PhysicalMetallurgy #HydrogenEmbrittlement #FiniteElement #PhaseField #Simulation

📢 Call for Applications: PhD Positions at Laboratoire Génie de l’Energie, Matériaux et Systèmes Available PhD positions under my supervision, in our Materials, Mechanical, and Composite Materials team at Laboratoire Génie de l’Energie, Matériaux et Systèmes. We invite motivated candidates to apply for the following research projects: 🖍️🖍️Mechanical Engineering and Materials Science: 1-Development of Laminated Composite Materials with Lignocellulosic Fillers: A Contribution to the Circular Economy. 2-Implementation, Characterization, and Modeling of Biocomposite Materials Based on Natural Fillers: Predicting Thermomechanical Properties Before Design. 🖍️🖍️Civil Engineering: 1-Sustainable and Green Building Construction Materials Using Natural Fillers: Manufacturing, Characterization, Modeling, and Simulation of Mechano-Thermo-Acoustic Properties. If you are passionate about sustainable materials and innovation, we encourage you to apply. You can submit your application directly through the university’s platform here: https://lnkd.in/g2pCegsy Note that selecting a research topic requires registration on the platform. Join us in advancing the future of material science and engineering! #PhD #MaterialsScience #MechanicalEngineering #CivilEngineering #Sustainability #CircularEconomy

Do not miss this opportunity to explore the beauties of real-time fatigue by simulation. #fatigue #fracture #simulation #finiteelement #fatigueassessment

My colleague Simo Hostikka at Aalto University School of Engineering, Department of Civil Engineering invites applications for a Doctoral Researcher position in Characterization, aging and modelling of polymeric fire-stop materials. Call closes 6.9.2024! Fire-stops are used in many industrial and residential buildings to ensure fire compartmentation within fire-resistant walls and floors with cable or pipe penetrations. Fire-stop materials range from cementitious, cast-in-place materials to functional polymers and modular systems that react and deform when heated. In the context of nuclear power plant fire safety, the aging of fire-stop materials is a concern when the working life of the operating plants is extended with tens of years. Numerical modelling capabilities are needed, when assessing the performance of fire-stops in non-tested applications.

I'm thrilled to announce the completion of the Materials Science for Technological Application Specialization conducted by Arizona State University. This comprehensive program has enriched my understanding of materials science and its vital role in advancing technology. Throughout the specialization, I have delved into various aspects of materials science, focusing on metals and their properties. Followings are the main courses under this specialization: Introduction to Materials Science: Acquired foundational knowledge of materials science, covering the classification, properties, and applications of different materials. Crystal Structures and Properties of Metals: Explored the atomic arrangements in metals and how these structures influence their mechanical, thermal, and electrical properties. Shape and Property Control of Metals I & II: Studied the methods to manipulate the shape and properties of metals through various mechanical and thermal processes, enhancing their performance for specific applications. Phase Diagrams I & II: Learned to interpret phase diagrams, which are crucial for understanding the stability of phases and predicting the outcomes of thermal treatments on metal alloys. This specialization has equipped me with the skills to analyze, design, and optimize materials for technological applications, particularly metals. I’m excited to apply this knowledge to contribute to advancements in materials engineering and technology. #MaterialsScience #Metallurgy #CrystalStructures #PhaseDiagrams #MaterialsEngineering #ASU #TechnologicalApplications #Metals #Engineering #AdvancedMaterials

Hi everyone, I am exited to share that I've completed a course on Material Processing. This course picks up with an overview of basic thermodynamics and kinetics as they pertain to processing of crystalline materials. This courses that mirror the introduction to Material Science. This course has helped me to understand the engineering materials those are used in world around them.

The June 2024 Issue of RESM is Here! 📚✨ The latest issue of The International Journal of Research on Engineering Structures and Materials (RESM) by MIM Research Group is now available! 🆕🚀 This issue is packed with cutting-edge research across a variety of engineering disciplines, including: * Civil Engineering: Explore studies on self-compacting concrete, wastewater treatment using constructed wetlands, and the impact of earthquakes on building structures. 🏗️🌊🌍 * Mechanical Engineering: Delve into research on artificial neural networks, vehicle anti-lock braking systems, and the optimization of manufacturing processes. 🤖🚗⚙️ * Materials Science: Discover articles on corrosion behavior, carbon nanotubes in construction materials, and the properties of various composites. 🧪🏢🔬 Here's a glimpse of the exciting content you'll find in this issue: * A novel method for estimating the dynamic response of structures using artificial neural networks 📈 * Evaluation of concrete containing dolomite powder as a partial replacement for cement 🏢 * Investigating the effect of waste rubber powder on the properties of concrete 🔍 * Research on domestic wastewater reduction using constructed wetlands 🌿 * Modeling and simulation of a vehicle anti-lock brake system 🚘 And much more! All articles are open access, so you can download them for free! 📥 🔗 Browse the full table of contents of June 2024 issue: https://lnkd.in/d54YnTCe 🌐 Follow us on LinkedIn for updates on the latest research: linkedin.com/company/jresm 🔗 Don't miss out on this valuable resource for engineers and researchers!🛠️👩🔬👨🔧 #engineering #materials #research #openaccess #construction #mechanics #sustainability

Now Accepting New Students for Maths, Physics, and Engineering Tuition If you're seeking support in Maths, Physics, or Engineering—whether at GCSE, A-level, or even degree level—I’m here to help. About Me: -> MEng in Mechanical Engineering from Cardiff University, with practical experience in an Oil Refinery. -> Currently in the final year of a PhD in Civil and Environmental Engineering, focusing specifically on Fluid Mechanics. -> Over 1,000 hours of tutoring experience, working with students across a range of levels and age groups. I offer assistance with a variety of topics, including (but not exclusive): Maths: Calculus, Differential Equations, Vectors, Matrices  Fluid Mechanics: River Mechanics, Sediment Transport, Hydraulics  Thermodynamics and Heat Transfer: Rankine Cycle, Heat Transfer Methods  Solid Mechanics: Stress Analysis, Beam Theory, Concrete Structure Design  Dynamics and Kinematics: Mass-Spring-Damper Systems, Rigid Body Mechanics I’m currently taking on new students for the upcoming term. If you or someone you know could benefit from extra support, feel free to get in touch. #tutoring #education #engineering #maths #physics #fluidmechanics

I'm happy to announce that our research paper titled "Modeling of A Rising Bubble Through The Interface of Two Immiscible Fluids" has been accepted for presentation at the BSME International Conference on Thermal Engineering, hosted by Bangladesh University of Engineering and Technology (BUET) and organized by the Bangladesh Society of Mechanical Engineers (BSME). In this study, we explored the complex and dynamic phenomenon of bubble rise through the interface between immiscible fluids. Using COMSOL Multiphysics and the finite element method (FEM), we analyzed the intricate interactions that govern the bubble's ascent, focusing on factors like buoyancy, interfacial tension, and viscosity and density contrasts. Our high-resolution simulations emphasized the importance of adaptive mesh refinement to balance computational efficiency with precision. The findings have practical implications for optimizing processes in fields such as chemical engineering and petroleum extraction. This research opens avenues for further advancements in simulation techniques, experimental validation, and even machine learning integration for predictive modeling of multiphase flow systems. The conference will take place from December 19-21, 2024, and our paper will be published in the proceedings of the prestigious American Institute of Physics (AIP).

The lecture course “ADVANCED POWDER TECHNOLOGIES” is based on practical R&D experience of nanostructured materials from their synthesis to consolidation. The main principles of material structure engineering are considered. Examples of the application of modern technologies like Spark-plasma sintering, Microwave sintering, and Rate-controlled sintering for manufacturing of bulk nanostructured materials of various functional purposes are given. ✅Necessary knowledge knowledge of physics of continuous media, mechanics of materials, physical chemistry and materials science, obtained during the acquisition of a bachelor's or master’s degree. ✅Acquired skills - knowledge of approaches to the processing of nanomaterials, possess conceptual and methodological knowledge in the field of materials science and be able to use them for professional activities on the border of subject areas. - ability to integrate existing powder technologies to processing for ceramic materials and design the materials structure to enhance their properties. ✅Level: advanced ✅Language: English ✅Format: online ✅Course duration: 15 hours (0,5 ECTS) #boostalent Kyiv Academic University EIT HEI Initiative