DOCSLIB.ORG

MP·Lit INDEX to MATERIALS PERFORMANCE MP•Lit ™ TITLE INDEX (1962-2002, Vol

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
MP·Lit INDEX to MATERIALS PERFORMANCE MP•Lit ™ TITLE INDEX (1962-2002, Vol MP·Lit INDEX TO MATERIALS PERFORMANCE MP•Lit ™ TITLE INDEX (1962-2002, Vol. 1-41) A word about these listings: The author and title indexes contained in MP·Lit™ were taken from the ar- chives of Materials Performance. Many older indexes have been scanned, and accuracy may vary with the quality of the scan and the original document. The style of listings may vary due to variances in the original index listings. When searching by author name, consider using only the author’s last name or search by all variants (i.e., the same author might be listed as J. Smith on one paper but J.E. Smith or J.E. Smith, Jr., on another). 1962 (Vol. 1) Tainter Gate Corrosion Prevented for $200 per Year, Glyn Beesley......................................................................... 102 January (No. 1) Coal Tar Epoxy Coating on Skyscraper Pilings ................... 63 Screening Test for Pipeline Tape Coatings, Staff Feature ..... 10 Galvanized Wrought Iron Used for Tunnel Piping ............... 69 Protective Finishes for Automobiles, K.L. Raymond ............ 16 Akron to Add Inhibitors to Deicing Salts ............................ 71 Automatically Controlled Chemical Feeding Systems, Epoxy Coatings Protect Diving Bells................................... 71 G.W. Schweitzer ............................................................. 23 March (No. 3) Commercial Hot-Dip Galvanizing of Fabricated Items, Ray Oxygen Corrosion in the Petroleum Industry, J.D. Sudbury, Vickers ........................................................................... 30 Olen L. Riggs, Jr., Frederick J. Radd ................................. 8 How to Improve Paint Crew Safety in Your Plant, Lowell S. Alternating Current Corrosion: Tests Show Alternating Hartman ........................................................................ 40 Current Increases Corrosion of Metals Underground, Nondestructive Testing with Magnetic Particles and Fluid F. Otto Waters ................................................................ 26 Penetrants, Henry G. Bogart ........................................... 46 Stress Corrosion Cracking of Naval Brass, N.A. Sinclair, Corrosion Evaluation of an Improved Wrought Zinc Alloy, H.J. Albert...................................................................... 35 E.L. White ...................................................................... 56 Corrosion Problems in a School System’s Hot-Water Tanks, Cathodic Protection: Distributed Anode and Duct Electrode John Van Bladeren ......................................................... 40 Systems for Underground Telephone Cables, Elliott R. Weld Metals for Repairing Nickel Aluminum Bronze Ship Perkins .......................................................................... 60 Propellers, L.M. Mosher .................................................. 46 Protection Problems Encountered in Storing Military Corrosion Control in Brewery Packaging Operations, Equipment, Oliver R. Dinsmore, Jr. ................................. 66 B.E. Nordhielm ............................................................... 52 Flame-Sprayed Protective Coatings Made From Refractory Basic Inspection Methods, John Abramchuck .................... 60 Materials, H.S. Ingham ................................................... 74 Thickness Probe Detects Deviations of One Percent ............ 69 Prestressed Brickwork for Corrosion Control on Chlorination Filiform Corrosion ............................................................. 70 Tower ........................................................................... 122 Continental Oil Forms Division to Market Anodic System ... 74 Internal Sandblasting of Pipe ............................................. 79 Corrosion Failure of Household Spray Gun ...................... 108 Sealant Protects Coupling from Acid .................................. 82 Bacteria Produce Electricity............................................... 85 April (No. 4) February (No. 2) Report on Corrosion and Deterioration Studies Conducted by ASTM, Samuel F. Etris.................................................... 10 Corrosion Fundamentals: High School Project, Norman Maintaining the Coast Guard’s Aids to Navigation System, Shafer ............................................................................ 10 David C. Klingensmith .................................................... 16 Magnesium Anodes for Protection of Fresh Water Condenser Hydrogen Embrittlement in Engineering Materials, and Cooling Parts, W.A. Heideman, Hayward Halford ....... 14 Harry C. Rogers .............................................................. 26 Economics of Cathodic Protection for U.S. Navy Ship, Materials Selection in a Kraft Mill Solves Wear and Corrosion R.C. Francis, F.E. Cook .................................................. 18 Problems in Continuous Digester Operation, R.A. Little ... 34 Three Applications of Cathodic Protection for Chemical Pulp Mill Fresh-Water Temperature is Major Factor in Equipment, H.W. Schmidt, A.A. Brouwer......................... 26 Corrosion Control, Harold A. Deery ................................. 38 Engineering and Economic Problems Involved in Cathodic Corrosion in a Hydrosulfite Bleaching System, Alan S. Protection of Laclede Gas System, Joseph C. Vogt............ 34 Rosenfeld ....................................................................... 42 Advantages of High-Density Polyolefin for Cathodic Variety of Corrosion Problems in Kraft Pulp Bleaching, Protection Cable Insulation, L.A. Hugo, C.W. Blackburn, Richard L. Miller ............................................................. 46 R.F. Craig, T.V. Gay ........................................................ 38 Aluminum Alloy Jacketing for Insulated Piping, F.L. McGeary, Solving Refinery Corrosion Problems with Cathodic B.H. Wyma ..................................................................... 52 Protection, George E. Moller, J.T. Patrick, J.W. Caldwell .. 46 Equipment Room Corrosion Problems Solved by Mechanical Some Successful Applications of Cathodic Protection in Design, D.B. Gardner ..................................................... 54 Breweries, Edgar W. Dreyman ......................................... 58 Pipeline Corrosion Survey Techniques, A.W. Peabody ......... 62 4 MP·Lit INDEX TO MATERIALS PERFORMANCE Flaws in Drill Pipe Ends Detected Electronically ................. 77 John H. Schemel ............................................................ 20 Ceramic-Metal Composites Resist 500°F to 1,500°F Seawater Tests Determine Corrosion Resistance of Stranded Corrosives ...................................................................... 80 Steel Wire, Jane H. Rigo .................................................. 28 Standards Recommends Faulty Corrosion Prevention Cathodic Protection of Underground Heating Lines, P.C. Design ......................................................................... 110 Rogers, E.E. Gross, Bernard Husock ............................... 38 Compatibility of Aluminum with Alkaline Building Materials, May (No. 5) R.E. Brooks .................................................................... 44 Crude Oil Desalting to Reduce Refinery Corrosion Problems, Checking Insulators in a Gas Distribution System, Thomas L.E. Fisher, R.W. Stenzel, G.C. Hall ................................... 8 Snedden ......................................................................... 50 Corrosion and Embrittlement Protection for Boiler Systems, Display of Types of Insulators ............................................ 56 J.F. Wilkes ..................................................................... 18 Beryllium Corrosion, John R. Steele ................................. 5 9 Thermoplastic Piping: How to Evaluate and Design with Monitoring Corrosion with Retrievable Coupons and Probes in These Materials to Solve Your Corrosion Problems, Crude Oil Refinery Units, Ray H. Wingate ........................ 64 David W. Baird ............................................................... 27 Anodes Stop Dockside Corrosion of Pleasure Boats ............ 75 Use of Aluminum in the Chemical Process Industry, Gloves Replaced by Hand Cream in Parts Assembly ........... 76 R.S. Dalrymple ............................................................... 36 Gold-Coated Suit Shields Against 3,000°F Flashes ............. 78 Simplified Presentation of Oil and Gas Well Caliper Surveys, Steel Specified to Protect Steam Line’s Insulation ............... 84 Paul E. Pilkington ........................................................... 43 Conductive Polyethylene Film Is New Safety Material .......... 85 Marine Borer Control: Laboratory Tests on Limnoria Cathodic Protection of Home Owner’s Underground Piping 102 Tripunctata, J.R. Rice, D.A. Ballard ................................. 50 History of a Corrosion Control Program for a Gas Distribution August (No. 8) Company, J.P. Shultz ..................................................... 54 Feasibility Studies on Cathodic Protection of Deep-Well Corrosion Control in the East Texas Field, B.W. Cato ......... 58 External Casing Surfaces, F.E. Blount, P.W. Bolmer ........ 10 NACE Technical Committee Report: Evaluation of Inhibitors Corrosion Inhibitor Screening Test for Oil Wells, Rita Wieland, Used to Prevent Corrosion of Metals by Acid Cleaning J.R. Bruce ...................................................................... 24 Methods ....................................................................... 107 Improper Fabrication Is Major Cause of Stainless
Load more

Recommended publications
  • (UHFSS) Welded 409 Stainless Steel Heat Exchanger Tubing
    Cost Reductions and Product Consistency Improvements Using Unannealed High- Frequency/Solid State (UHFSS) Welded 409 Stainless Steel Heat Exchanger Tubing BY Edward D. Basta, Senior Metallurgical Engineer Atlas Steel Products Co. 7990 Bavaria Road Twinsburg, OH 44087 USA (330) 425-1600 (330) 425-1611 E-Mail: [email protected] Web Site: http://www.atlassteel.com Edward D. Basta Atlas Steel Products Co. Page 2 ABSTRACT BACKGROUND Competitive markets for Commercial and residential commercial and residential HVAC HVAC systems have evolved over the systems are demanding higher quality years from using predominantly and safer, longer lasting products. Due "clamshell" heat exchanger components to increased global competition, HVAC to the more efficient and cost effective system dealers and end users also tubular heat exchanger. Figure 1 shows demand competitive prices and longer a typical tubular heat exchanger unit. warranties. The common experience of coated carbon steel heat exchangers that suffer corrosion failures in less than ten years will be unacceptable. HVAC manufacturers must find ways to meet both performance and pricing expectations. The progressive HVAC manufacturer is transitioning to stainless steel tubular heat exchangers for longer service life. However, the higher costs of annealed tungsten-inert gas (TIG) or laser-welded ferritic stainless steel heat exchanger tubing have forced many manufacturers out of this price-sensitive market. These less productive (lower Figure 1: Tubular Heat Exchanger fpm) tube welding processes and an additional post-weld annealing step The materials used for both contribute to the higher costs of clamshell and tubular heat exchangers stainless steel tubing. have progressed from basic uncoated or This presentation will introduce a epoxy-painted plain carbon steels to lower cost, high quality alternative to hot-dip aluminized coated steels.
    [Show full text]
  • Charlesbaldwin
    ADVANCES IN HIGH PERFORMANCE ENAMELS 3 XXI International Enamellers Congress Advances in High Performance Enamels Charles Baldwin1 1 Ferro Corporation, 4150 E. 56th Street, Cleveland, OH 44105 USA Introduction A modern kitchen with a pans and a range provides a good overview of recent improvements in porcelain enamels. The key attributes of environmental-friendliness, mechanical toughness, thermal resistance, cost effectiveness, and efficiency keep enamels competitive with other materials and lead to the creation of new applications and technologies. Aluminum and Aluminized Steel Cookware With good scratch and heat resistance, aluminum enamels are widely used on the exterior of pots and pans. These are based on frits with a relatively low glass temperature and high thermal expansion that is compatible with the approximately 590°C (1100°F) melting point and 24×10-6/K linear expansion of aluminum alloys. The original low-temperature frits contained about 25-40% lead oxide as flux. Recent increases in environmental and regulatory scrutiny such as the European Union Restriction of Hazardous Substances (RoHS) Directive are making the use of toxic substances even in an indirect food contact environment unacceptable. The solution to the lead content was to replace it with about 8-12% vanadium pentoxide as a flux, but this material also has toxicity issues. Due to volatility in commodities prices, the vanadium pentoxide has been reduced to 1% or less. Cadmium-free red colors as well as metallics1 have also been developed for cookware to catch the consumer’s eye on the shelf. An example of a lead-free, low-vanadium, cadmium-free cookware set is shown in Fig.
    [Show full text]
  • Corrosion Guidelines (PDF)
    California Department of Transportation Division of Engineering Services Materials Engineering and Testing Services Corrosion Branch CORROSION GUIDELINES Version 3.2 MAY 2021 Corrosion Guidelines MAY 2021 Version 3.2 NOTICE The contents of this document reflect the views of Materials Engineering and Testing Services which is responsible for the facts and the accuracy of the guidelines presented herein. The contents do not necessarily reflect the official views or policies of the State of California or the Federal Highway Administration. These guidelines do not constitute a standard, specification, or regulation. Neither the State of California nor the United States Government endorses products or manufacturers. Trade or manufacturers’ names appear herein only because they are considered essential to the object of this document. Comments on these Corrosion Guidelines should be directed to: Steve Seifert, Senior Corrosion Branch via e-mail [email protected] or via US Mail California Department of Transportation Materials Engineering and Testing Services Corrosion Branch 5900 Folsom Blvd., Sacramento, CA 95819 i Corrosion Guidelines MAY 2021 Version 3.2 TABLE OF CONTENTS 1. INTRODUCTION ....................................................................................................................... 1-1 2. THE DEPARTMENT’S FUNCTIONAL GROUPS ASSISTING WITH CORROSION INVESTIGATIONS .................................................................................................................... 2-1 3. REQUIREMENTS FOR CONSULTANTS
    [Show full text]
  • Development of New Corrosion/Abrasion Guidelines For
    Report No. CDOT-2009-11 Final Report DEVELOPMENT OF NEW CORROSION /ABRASION GUIDELINES FOR SELECTION OF CULVERT PIPE MATERIALS Albert Molinas, Amanullah Mommandi November 2009 COLORADO DEPARTMENT OF TRANSPORTATION DTD APPLIED RESEARCH AND INNOVATION BRANCH The contents of this report reflect the views of the author(s), who is(are) responsible for the facts and accuracy of the data presented herein. The contents do not necessarily reflect the official views of the Colorado Department of Transportation or the Federal Highway Administration. This report does not constitute a standard, specification, or regulation. Technical Report Documentation Page 1. Report No. 2. Government Accession No. 3. Recipient's Catalog No. CDOT-2009-11 4. Title and Subtitle 5. Report Date DEVELOPMENT OF NEW CORROSION/ABRASION November 2009 GUIDELINES FOR SELECTION OF CULVERT PIPE MATERIALS 6. Performing Organization Code 7. Author(s) 8. Performing Organization Report No. Albert Molinas and Amanullah Mommandi CDOT-2009-11 9. Performing Organization Name and Address 10. Work Unit No. (TRAIS) Colorado State University and Hydrau-Tech, Inc. Daryl B. Simons Research Center, Foothills Campus 11. Contract or Grant No. Fort Collins, CO 80523 106.00 12. Sponsoring Agency Name and Address 13. Type of Report and Period Covered Colorado Department of Transportation - Research 4201 E. Arkansas Ave. 14. Sponsoring Agency Code Denver, CO 80222 15. Supplementary Notes Prepared in cooperation with the US Department of Transportation, Federal Highway Administration 16. Abstract In this research effort, literature surveys and reviews of the current methodologies employed by various state DOTs were conducted. The literature survey identified the pertinent parameters in estimating the service life of various pipe materials.
    [Show full text]
  • Aluminised Steel Type 2
    Aluminised Steel Type 2 Product Description/ Specification: Aluminized Steel Type 2 was developed for superior environmental corrosion resistance. Type 2 combines the strength of a steel substrate with the corrosion resistance of aluminium. Aluminized Steel Type 2 is produced by continuous hot-dip coating of steel strip in a bath of molten, commercially pure aluminium. Cleaning the strip in a non-oxidizing/reducing furnace atmosphere assures a pristine surface for coating adherence. Interaction of molten aluminium with the steel surface produces a metallurgical bond and provides superior corrosion protection. The coating has a uniform thickness on both sides of the material. The coating microstructure is comprised of two layers: an aluminium layer and an underlying hard aluminium-iron intermetallic alloy layer. The alloy arises from interaction of molten, commercially pure aluminium with the steel surface and is the agent that bonds the coating to the substrate. Coating Thickness: (ASTM A463) Types T2-100 g/m2 (Minimum) 300 Minimum coating Thickness (μm) 95 (Total both sides) Dimensions: Standard Widths Supplied are: 36’’ (914 mm) and 48 ‘’ ( 1219 mm) these are supplied as coil but can also be supplied either standard lengths or custom produced to required lengths - maximum 12 ft (3658 mm) subject to thickness. Other widths are available upon request. Benefits: Corrugated roofing and siding, grain bins, drying ovens, and air-conditioner condenser housings. Safety: There are no known health risks in handling the material although it is recommended that gloves should be worn. Local health and safety guidelines should be followed when loading and transhipping coils and all maximum loading weights adhered to.
    [Show full text]
  • Steel Processes
    OVERVIEW OF STEEL PROCESSES STEEL MANUFACTURING, TESTING AND PRODUCTS WHAT IS A METAL/STEEL? Metal: An element whose electrons* aren’t bound to particular atoms and have a partially filled valence band. Valance Band Nucleus (contain neutrons, protons) Diagram of an Atom Orbital Electrons (filled ‘rings’) Steel: Iron + Carbon (usually less than 1%) A hard, strong, gray or bluish-gray alloy of iron with carbon and usually other elements, used extensively as a structural and fabricating material. *’Free electrons in outer ring (valance) are free to move throughout metal – that’s why metals conduct heat, electricity. 2 WHAT IS MICROSTRUCTURE? Microstructure – The fine structure of materials (in a metal or other material), such as, type, size and arrangement of grains that determine material properties, which can be made visible at 100x+ magnification and examined with a microscope. Microstructure can help Types of Microstructure predict the behavior and/or failure in certain conditions of a component made of a Ferrite: BCC - Iron (Fe) (low solubility for Carbon). particular material. Cementite: Iron Carbide (Fe3C). Pearlite: Two phase microstructure composed of Ferrite and Cementite forms at 1000F-1341F (one goal of annealing, the cementite spheroidizes). Austenite: Present at temperatures above 1414F; high solubility of carbon (100x greater than ferrite). Martensite: Formed when austenitic steel is rapidly cooled preventing diffusion of carbon (like a supersaturated solution). Bainite: Consists of Ferrite and Cementite forms at lower temp
    [Show full text]
  • Study on the TIG Welding Technology of the Aluminized Steel Bixin Guo
    International Conference on Materials, Environmental and Biological Engineering (MEBE 2015) Study on the TIG Welding Technology of the Aluminized Steel Bixin Guo1,a , Xiaowei Du1,b 1118 mail box, The First Aeronautic Institute of Air Force , Xinyang city,Henan Prov.464000 [email protected] ,[email protected] Keywords: Aluminized steel; TIG welding; Technology; Welding joint Abstract.The welding property of the Aluminized steel is analyzed in this article, TIG welding technology of Aluminized steel is presented on the base of mass experimentations, it proves that this technology can effectively prevent the welding crack and improve the property of the weld joint. Introduction Aluminized steel is a new type composite steel material which has been penetrated by 0.10~0.5mm aluminum on its surface. [1] The material’s surface is comprised of a compact thin film of Al2o3, which has high melting point. The junction of interior material and the base material is ferroaluminium structure. So aluminized steel has excellent oxidation resistance property under high temperature and very good H2S, SO2, SO3 resistance property and anti-friction property, and has been utilized in petroleum, chemical and aeronautical industries. In practice, we often encounter the welding difficulty of aluminized steel pipe and flange plate ( the pipe is made of Cr5Mo aluminized steel, and the flange plate is made of 45 steel which has been aluminized.). When arc welding is adopted, crack could be found in the adjacent of the welding joint, and also the corrosion resistance of that part would drop down. The welding joint type is shown in Fig 1.
    [Show full text]
  • Report Prepared by
    Report Prepared by: Alberto A. Sagüés Noreen D. Poor Leonardo Cáseres Mersedeh Akhoondan FINAL REPORT DEVELOPMENT OF A RATIONAL METHOD FOR PREDICTING CORROSION RATES OF METALS IN SOILS AND WATERS Contract No. BD497 Final Report to Florida Department of Transportation A. A. Sagüés Principal Investigator Department of Civil and Environmental Engineering University of South Florida Tampa, FL 33620 October 31, 2009 Technical Report Documentation Page 1. Report No. 2. Government Accession No. 3. Recipient's Catalog No. BD497 4. Title and Subtitle 5. Report Date DEVELOPMENT OF A RATIONAL METHOD FOR PREDICTING October 31, 2009 CORROSION RATES OF METALS IN SOILS AND WATERS 6. Performing Organization Code 7. Author(s) 8. Performing Organization Report No. A. A. Sagüés, N. D. Poor, L. Cáseres, M. Akhoondan 9. Performing Organization Name and Address 10. Work Unit No. (TRAIS) Department of Civil and Environmental Engineering University of South Florida 11. Contract or Grant No. Tampa, FL 33620 BD497 12. Sponsoring Agency Name and Address 13. Type of Report and Period Florida Department of Transportation Covered 605 Suwannee St. MS 30 Final Report Tallahassee, Florida 32399 (850)414-4615 14. Sponsoring Agency Code 15. Supplementary Notes 16. Abstract Methods used by the Florida Department of Transportation for predicting corrosion rates of metallic piling, anchors, and metallic drainage pipe used in highway construction were examined and updates were proposed as needed. Pile and anchor procedures were found to be generally adequate, with caution on the possibility of enhanced underground corrosion and new modalities of microbiologically induced corrosion. Special attention was given to the case of aluminized steel drainage pipe due to recent cases of extensive premature corrosion of spiral-ribbed pipes made of that material.
    [Show full text]
  • Coating Prospects in Corrosion Prevention of Aluminized Steel and Its Coupling with Magnesium
    University of Windsor Scholarship at UWindsor Electronic Theses and Dissertations Theses, Dissertations, and Major Papers 10-19-2015 Coating Prospects in Corrosion Prevention of Aluminized Steel and Its Coupling with Magnesium Fuyan Sun University of Windsor Follow this and additional works at: https://scholar.uwindsor.ca/etd Recommended Citation Sun, Fuyan, "Coating Prospects in Corrosion Prevention of Aluminized Steel and Its Coupling with Magnesium" (2015). Electronic Theses and Dissertations. 5455. https://scholar.uwindsor.ca/etd/5455 This online database contains the full-text of PhD dissertations and Masters’ theses of University of Windsor students from 1954 forward. These documents are made available for personal study and research purposes only, in accordance with the Canadian Copyright Act and the Creative Commons license—CC BY-NC-ND (Attribution, Non-Commercial, No Derivative Works). Under this license, works must always be attributed to the copyright holder (original author), cannot be used for any commercial purposes, and may not be altered. Any other use would require the permission of the copyright holder. Students may inquire about withdrawing their dissertation and/or thesis from this database. For additional inquiries, please contact the repository administrator via email ([email protected]) or by telephone at 519-253-3000ext. 3208. Coating Prospects in Corrosion Prevention of Aluminized Steel and Its Coupling with Magnesium By Fuyan Sun A Thesis Submitted to the Faculty of Graduate Studies through the Department of Mechanical, Automotive and Materials Engineering in Partial Fulfillment of the Requirements for the Degree of Master of Applied Science at the University of Windsor Windsor, Ontario, Canada 2015 © 2015 Fuyan Sun Coating prospects in corrosion prevention of aluminized steel and its coupling with magnesium by Fuyan Sun APPROVED BY: ______________________________________________ Jichang Wang Department of Chemistry&Biochemistry ______________________________________________ J.
    [Show full text]
  • Corrosion Evaluation and Durability Estimation of Aluminized Steel Drainage Pipes Mersedeh Akhoondan University of South Florida, [email protected]
    University of South Florida Scholar Commons Graduate Theses and Dissertations Graduate School January 2012 Corrosion Evaluation and Durability Estimation of Aluminized Steel Drainage Pipes Mersedeh Akhoondan University of South Florida, [email protected] Follow this and additional works at: http://scholarcommons.usf.edu/etd Part of the Civil Engineering Commons, and the Materials Science and Engineering Commons Scholar Commons Citation Akhoondan, Mersedeh, "Corrosion Evaluation and Durability Estimation of Aluminized Steel Drainage Pipes" (2012). Graduate Theses and Dissertations. http://scholarcommons.usf.edu/etd/4273 This Dissertation is brought to you for free and open access by the Graduate School at Scholar Commons. It has been accepted for inclusion in Graduate Theses and Dissertations by an authorized administrator of Scholar Commons. For more information, please contact [email protected]. Corrosion Evaluation and Durability Estimation of Aluminized Steel Drainage Pipes by Mersedeh Akhoondan A dissertation submitted in partial fulfillment of the requirements for the degree of Doctor of Philosophy Department of Civil and Environmental Engineering College of Engineering University of South Florida Major Professor: Alberto A. Sagüés, Ph.D. Delcie Durham, Ph.D. Yusuf Emirov, Ph.D. Xiao Li, Ph.D. Gray Mullins, Ph.D. Rajan Sen, Ph.D. Date of Approval: October 22, 2012 Keywords: Culverts, Service Life, Limestone Backfill, Natural Waters, Coating Copyright © 2012, Mersedeh Akhoondan DEDICATION This work is dedicated to: My best friend and soul mate, Emir Modarres, who has accompanied me through all the ups and downs of my life and without his unconditional love and support this work would not be possible. My dear parents, Ali Akhoondan and Dr.
    [Show full text]
  • I FLAT SECTION 1.1 Multilayered Clad Metal Bands
    JSC “Voskhod” KRLZ JSC “Voskhod” KRLZ DEAR CONSUMERS! I FLAT SECTION Thank you for your interest in the products of our company JSC “Voskhod” – 1.1 Multilayered clad metal bands Kaluga Electron Tube Plant. Multilayered clad metal band consists of two or more layers of dissimilar JSC “Voskhod” KRLZ was founded in 1960. It is one of the largest manufac- metals bonded together by cold rolling. Bimetallic band combines qualities of turers of special purpose electronic components in Russia. One of the priority the base metal and that of the cladding which makes it possible to create qualities lines of our development has become a production of materials for electronics unattainable by monometallic material as well as to make this band cheaper. manufacturing industry: an assortment of rolled metal bands from nonferrous, Multilayered clad metal bands are made from different metals and alloys up to ferrous and high alloys; multilayered clad metal bands, high alloyed bimetallic 200 mm wide. The bands are manufactured by cold clad rolling using rolling- micron scale wire; pseudo alloys; epitaxial structures GaAlAs; amorphous tapes. mill machinery. S t r i p Band basic dimensions: JSC “Voskhod” KRLZ employs flexible system of deliveries and payment C l a d d i n g В – width, Н – thickness, terms (prepayment, partial prepayment, deferring of payments) as well as indi- h0 , hз – cladding thickness, B a s e vidual approach to consumers. hп – cladding strip thickness, a, b – width from the band edge to C l a d d i n g We invite you to negotiate contracts for the supply of our products in 2011 the cladding strip, and we firmly believe that JSC “Voskhod” KRLZ will become your permanent с – cladding strip width and reliable partner.
    [Show full text]
  • Aluminized Type 1 STEELS
    P R O D U C T D A T A B U L L E T I N Aluminized Type 1 STEELS PRODUCT FEATURES Aluminized Steel Type 1 is continuously hot dip coated on Corrosion Resistance both sides with an aluminum/ silicon alloy coating. The hot dip Aluminized Steel Type 1 has superior performance process, pioneered by AK Steel, compared to zinc coated materials for resistance to provides a tight metallurgical atmospheric, salt spray and muffler condensate bond between the steel and the alloy coating. This process corrosion. results in a material with the strength of steel plus the corro- Formability sion protection of aluminum, Aluminized Steel Type 1 can be used to produce parts and the synergistic heat protec- tion of an aluminum/silicon alloy. containing simple bends to parts with extreme deep AK Steel’s #4 Aluminized drawing requirements. line is the most productive aluminizing line in the world. Heat Reflectivity The primary features of this line Aluminized Steel Type 1 has excellent heat reflectivity include a ceramic coreless ° induction coating pot, the ability during exposures to temperatures below 800 F to finish with either air or (427°C), reflecting up to 80% of the radiant heat that nitrogen, closed-loop computer impinges upon it. controlled X-ray gauges for coating weights, and in-line surface conditioning. High Temperature Properties Aluminized Steel Type 1 is an excellent heat resistant material effective to at least 1250°F (677°C). For applications above 800°F (427°C) where alloying of the coating can be a problem, AK Steel’s DQHT grade has been specially formulated to resist alloying at temperatures up to 1000°F (538°C).
    [Show full text]