246 Advancement and Applications of Japanese High Performance Steel in Structural Engineering for building and bridge structures are introduced in terms of specific properties, such as strength, toughness, weldability, connection feasibility, durability properties etc. 2. HIGH PERFORMANCE STEELS IN BUILDING STRUCTURES
Application of High Performance ConcreteCTBUH 2004 October 10~13, Seoul, Korea 457 Application of High Performance Concrete in Petronas Twin Tower, KLCC Jae-Ho Kim1, Seung-Hoon Lee2 1General Manager, Samsung Corporation, Korea 2General Manger, Inst. of Tech., Samsung Corperation, Korea Abstract KLCC(Kuala Lumpur City Center) Petronas Twin Tower, the world's tallest skyscraper, is 452 meters in height,
Application potential of high performance steels for weight reduction and efficiency increase in commercial vehicles By H Mohrbacher, WB Morrison, MA Altuna, W
HIGH PERFORMANCE APPLICATIONS OF CHROMIUM This unique combination of properties in the SP/SS condition provides a cost-effective solution for potential placement in a wide range of applications, including wrought steel components, high
High- Performance Stainless Steels - Nickel InstituteHigh-Performance Stainless Steels T potential applications where each family, as well resistance, and therefore, the application of these stainless steels at temperatures above 500°C (930°F) is limited. In addition, care must be taken to avoid forming damaging amounts
High-Performance Stainless Steels T potential applications where each family, as well resistance, and therefore, the application of these stainless steels at temperatures above 500°C (930°F) is limited. In addition, care must be taken to avoid forming damaging amounts
High-Performance Steel - an overview ScienceDirect TopicsSep 18, 2008 · The properties of many common metals can be greatly enhanced by the addition of relatively small amounts of nanomaterialsnormally in the form of nanoparticles, nanowires, and nanotubesas well as by the application of specific nanocoatings. High-performance steel for the most demanding applications, such as bridge supporting cables or precast concrete, undergo specific manufacturing processes to reduce their crystalline structure to the nanoscale (nanostructured steel).
New High Performance Gear Steels for Rotorcraft Ferrium C64 (AMS 6509) exhibits excellent surface hardness (62+ HRC after vacuum carburization), with the potential for significantly better surface fatigue performance as compared to incumbent gear steels such as AISI 9310 (AMS 6265) and Pyrowear® Alloy 53 (AMS 6308). The final tempering temperatures of both C61 and C64 (482510°C) are 200300°C higher than most incumbent gear steels, providing excellent scoring resistance and superior thermal stability in high
This improves the efficiency of the further development and reduces the number of experiments. A systematic and application-oriented development of the lean high-performance steels is on the way. Yasmin A. Salem, M.A. Public Relations Max-Planck-Institut für Eisenforschung GmbH Max-Planck-Str. 1 40237 Düsseldorf Germany phone:+49 (0)211 6792 722Application potential of high performance steels for Nb-based metallurgy has proven to be particularly beneficial when producing high performance steels for commercial vehicle applications. Such Nb micro-alloyed steels have superior properties with regard to manufacturing and also reveal better durability during the vehicle operation phase.