Advanced Materials & Processes

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Articles in December 2001 issue of Advanced Materials & Processes

• Stainless steels designed for cold forming, construction. (Materials Progress - Metals).
• Glass-filled polypropylene replaces metal in auto part. (Materials Progress - Forming/Processing).
• National Science Foundation funds nanoscale research. (Materials Progress - Materials Science/R&D).
• Guide to Engineered Materials: Cobalt.
• Recommended Temperatures and Time Cycles for Annealing AISI/SAE Alloy Steels. (Guide to Engineered Materials - Heat Treating).
• Recommended Materials for Furnace Parts and Fixtures. (Guide to Engineered Materials - Heat Treating).
• Aerospace. (Industry Insider).
• Superplastic ceramic enables fast molding of components. (Materials Progress - Polymers/Ceramics).
• Tungsten disulfide dry film lubricant reduces friction. (Materials Progress - Heat Treating/Coating).
• X-rays cut patterns in semiconductor materials. (Materials Progress - Materials Science/R&D).
• Guide to Engineered Materials: Copper.
• Typical Hardnesses of Various Steels After Temperings(a). (Guide to Engineered Materials - Heat Treating).
• Guide to Engineered Materials: Polymers/Ceramics/Adhesives.
• 60 years ago. (Pastimes).
• Temperature-stable microwave polymers mold reliable parts. (Materials Progress - Polymers/Ceramics).
• Fluorinated diamondlike carbon resists atomic oxygen. (Materials Progress - Heat Treating/Coating).
• Biodendrimers developed for biomedical tissue engineering. (Materials Progress - Materials Science/R&D).
• Guide to Engineered Materials: Magnesium.
• Hardening and Tempering of Tool Steels. (Guide to Engineered Materials - Heat Treating).
• Guide to Engineered Materials: Testing/Analysis/Metallography.
• 40 years ago. (Pastimes).
• Soybean-corn resins are light, strong, recyclable, benign. (Materials Progress - Polymers/Ceramics).
• Tungsten carbide/cobalt chromium resists corrosion. (Materials Progress - Heat Treating/Coating).
• Boron nitride interlayer deflects cracks from fibers. (Materials Progress - Materials Science/R&D).
• Guide to Engineered Materials: Nickel.
• Heat Treating Wrought Martensitic Stainless Steels. (Guide to Engineered Materials - Heat Treating).
• Guide to Engineered Materials: Welding.
• 20 years ago. (Pastimes).
• Steel vs. steel. (Editorial).
• High-flow, high-temperature resin chosen for SMT plugs. (Materials Progress - Polymers/Ceramics).
• Thermal systems enable spherical graphite production. (Materials Progress - Heat Treating/Coating).
• Guide to Engineered Materials: Property Comparisons.
• Guide to Engineered Materials: Refractory Alloys.
• Typical effects of time and temperature on case depth in gas carburizing. (Guide to Engineered Materials - Heat Treating).
• Common Heating Methods for Brazing. (Guide to Engineered Materials - Brazing).
• Visual Methods of Measuring Case Depth. (Guide to Engineered Materials - Heat Treating).
• Lincoln welders repair race cars, join junk. (Of Material Interest).
• Strategic alliance formed to increase structure insights. (Materials Progress - Testing/Analysis).
• ASM International. http://www.asminternational.org. (World Web Watch).
• Guide to Engineered Materials: Cast Irons.
• Guide to Engineered Materials: Soldier Alloy.
• Induction Surface Hardening of Steel. (Guide to Engineered Materials - Heat Treating).
• Guide to Engineered Materials: Soldering.
• Bioactive ceramic nanofibers grow bone, remove viruses. (Materials Progress - Polymers/Ceramics).
• Ceramic/metal composites resist wear and high heat. (Materials Progress - Metals).
• Software simulates advanced liquid composite molding. (Materials Progress - Testing/Analysis).
• Lead-free welding process joins novel materials. (Materials Progress - Welding/Joining).
• Guide to Engineered Materials: Carbon and Alloy Steels.
• Guide to Engineered Materials: Titanium.
• Typical Cooling Rate Curves for Various Liquid Quenchants (1). (Guide to Engineered Materials - Heat Treating).
• ASM News[R].
• Graphite/polyurethane seal resists shock in submarines. (Materials Progress - Polymers/Ceramics).
• Guide to Engineered Materials: Stainless Steels.
• Crossfire concept car to be placed in production. (Materials Progress - Metals).
• Positrons detect and measure subatomic structural defects. (Materials Progress - Testing/Analysis).
• Removable epoxy adhesive detaches with change in heat. (Materials Progress - Welding/Joining).
• Guide to Engineered Materials: Tool Steels.
• Guide to Engineered Materials: Zinc.
• Typical Heat Treatments for Aluminum Alloy Sand and Permanent Mold Castings. (Guide to Engineered Materials - Heat Treating).
• 2002 Advanced Materials & Processes Editorial Calendar.
• Ultrasonic method enables high-speed bond testing. (Materials Progress - Testing/Analysis).
• Thermoelectric material enables faster fiber optics. (Materials Progress - Metals).
• Adiabatic metal forming makes high quality blanks. (Materials Progress - Forming/Processing).
• Electrons measured moving in single wall carbon nanotubes. (Materials Progress - Materials Science/R&D).
• Guide to Engineered Materials: Superalloys.
• Guide to Engineered Materials: Coating.
• Pressure Ranges for Selected VAcuum Furnace Operations. (Guide to Engineered Materials - Heat Treating).
• Energy. (Industry Insider).
• Seven binder-treated P/M steels offer high performance. (Materials Progress - Metals).
• High-yield aluminum furnace reduces need for natural gas. (Materials Progress - Forming/Processing).
• Centrifugal method builds polymer multiple thin films. (Materials Progress - Materials Science/R&D).
• Guide to Engineered Materials: Aluminum.
• Austenitizing Temperatures for Steels. (Guide to Engineered Materials - Heat Treating).
• Selection Guide to Thermocouples and Protection Tubes. (Guide to Engineered Materials - Heat Treating).
• Automotive. (Industry Insider).