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17–268 Edge Finders, Wiggler Sets, Height Gauges, Surface Gauges, Bore Gauge Sets Edge Finders Surface Gauges Egde Finders Surface Gauges 0962311 0962312 3163164 7059268 7059269 7059270 Part No. Head Diameter Shank Diameter Style Type 0962311 0.500" 1/2" Single End Edge Finder 0962312 0.200" / 0.500" 1/2" Double End Edge Finder 3163164 0.200" 3/8" Single End Edge Finder 7059268 0.200" 3/8" Single End Edge Finder 7059269 0.200" 1/2" Single End Edge Finder 7059270 0.200" 3/8" Single End Edge/Center Finder Wiggler Sets Part No. Spindle Size Base Size Base Material 3163146 4" / 7" 2-3/16" x 1-5/8" Steel 5 Piece Wiggler Set 3163147 12" / 9" 3-1/8" x 2-1/2" Steel • Made from precision ground tool steel • Includes offset indicator holder and improved chuck design for holding Bore Gauge Sets attachments Telescoping Gage Sets • Range: 1/2-6" • Handle length: 2-3/8" except 3-1/4 on the largest • Each with a handle, one rigid contact arm Part No. Contents and one spring tensioned contact arm 0962313 Chuck, (4) Attachments • Hardened and ground radius on ends CUTTING Height Gauges Part No. Range Contents 0324730 1/2" - 6" 5 Piece Set Includes: 5 Telescoping Gauges Electronic Height Gage - T 3752 Series OOLS & METALWORKING • Clear bar graduations in .100" and Telescoping Gage Sets 5mm increments • Automatically self-centering • Carrier and scriber designed to read from zero, set • Has two telescoping contacts ZERO at any position • Constant spring tension gives uniform • Ability to retain and return to true zero reading contact pressure • In/mm conversion • Easily locked at any setting • Ability to assign minimum and maximum limits • RS232 output for data collection, analysis and hard Part No. Range Contents copy documentation 0324727 5/16" - 1/2", 1/2" - 3/4", 3/4" - 1-1/4", 1-1/4" - 2-1/8" 4 Piece Set Includes: 4 Telescoping • Two 3-volt batteries furnished (CR2450) Gauges 0324901 5/16" - 1/2", 1/2" - 3/4", 3/4" - 1-1/4", 1-1/4" - 2-1/8", 6 Piece Set Includes: 6 Telescoping • Case ordered separately 2-1/8" - 3-1/2", 3-1/2" - 6" Gauges Part No. Range Resolution Graduation 0325105 0 - 12" 0.0005" 0.100" 0325106 0 - 24" 0.0005" 0.100" Small Hole Gauge Set Height Gage Part No. Range Contents 0324941 0.125" - 0.500" 4 Piece Set Includes: 4 Hole Gauges Part No. Range Resolution Graduation 0962235 6" - 0.001" 7059341 0 - 18" 0.0005" / 0.01mm - 0962235 7059341 For pricing and availability, contact your local Fastenal store or visit fastenal.com.

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Revealing Internal Flow Behaviour in Arc Welding and Additive
ARTICLE https://doi.org/10.1038/s41467-018-07900-9 OPEN Revealing internal flow behaviour in arc welding and additive manufacturing of metals Lee Aucott 1, Hongbiao Dong 2, Wajira Mirihanage3, Robert Atwood 4, Anton Kidess5,10, Shian Gao2, Shuwen Wen6,11, John Marsden6, Shuo Feng2, Mingming Tong7,12, Thomas Connolley 4, Michael Drakopoulos4, Chris R. Kleijn5, Ian M. Richardson8, David J. Browne7, Ragnvald H. Mathiesen9 & Helen.V. Atkinson2,13 1234567890():,; Internal flow behaviour during melt-pool-based metal manufacturing remains unclear and hinders progression to process optimisation. In this contribution, we present direct time- resolved imaging of melt pool flow dynamics from a high-energy synchrotron radiation experiment. We track internal flow streams during arc welding of steel and measure instantaneous flow velocities ranging from 0.1 m s−1 to 0.5 m s−1. When the temperature- dependent surface tension coefficient is negative, bulk turbulence is the main flow mechanism and the critical velocity for surface turbulence is below the limits identified in previous theoretical studies. When the alloy exhibits a positive temperature-dependent surface tension coefficient, surface turbulence occurs and derisory oxides can be entrapped within the subsequent solid as result of higher flow velocities. The widely used arc welding and the emerging arc additive manufacturing routes can be optimised by controlling internal melt flow through adjusting surface active elements. 1 United Kingdom Atomic Energy Authority, Culham Science Centre, Abingdon, Oxfordshire OX14 3DB, UK. 2 Department of Engineering, University of Leicester, Leicester LE1 7RH, UK. 3 School of Materials, University of Manchester, Manchester M13 9PL, UK.
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Millimeter Wave Linac and Wiggler Structures
MM-Wave Linac and Wiggler Structures H. Henke Technical University Berlin Institut fuer Theoretische Elektrotechnik Einsteinufer 17, EN 2 D- 10587 Berlin Abstract In an international collaboration a new technology is kW RF peak power for 1 mA current. This is a reasonably being developed for a 50 MeV millimeter RF-wavelength low power level for designing new sources, for instance little electron linear accelerator complex for production of coherent sheet beam klystrinos also in planar technology. Then, the tunable synchrotron radiation. The accclcrator components and whole device would fit on a standardlab table. the wiggler are being designed with planar geometries suitable 2.5MeV F MeV for deep X-ray lithography and subsequent electroplating F5o”r:e bUrK’1P”l (LIGA) or for etching and electroplating silicon wafers. The b&c design ideas of different components for bunching, pre- acceleration, acceleration, focussing and the wiggler are presented. hem 1. INTRODUCTION Micromechanic technology has developed a vast range of fabricational methods for devices in the submillimeter range: high precision stamping, diamond lathes, laser cutting, diffusion bonding, lithography and etching of silicon wafers and deep X-ray lithography with subsequent electroplating Fig. 1 Conceptual design of an integrated mm-wave (LIGA [ll). So, the technology is available for studying and ndiaton source (IMIRAS) eventually building high precision accelerator components and struclures for very high RF frcquencics, let us say above 100 The paper presents different RF structures for acceleration GHz. In this context it is of great importance that the relative and pre-acceleration, possible focussing devices and structures dimensional and frequency tolerances increase with tie square for a microwave wiggler.
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Newsletter Volume 1, Issue 1
February 2010 MiniTech Engineering & Model Supplies Vol 2 No 1 Newsletter Volume 1, Issue 1 It seems that one of the more Well this edition of the popular items that sell well are Newsletter should solve that Job Interview Question books. In searching for new titles little issue once and for all. You are driving along in your car we have come across a supplier Another slightly different on a wild, stormy night. You pass issue deals with a tool that who is willing to send us their by a bus stop, and you see three How to use a many machinists already collection of volumes. Our have. Sitti ng in their shed people waiting for the bus: wiggler freight costs being reduced by “somewhere,” it doesn’t get a making purchases in bulk. jersey because the user 1. An old lady who looks as if she (wobbler) is about to die. doesn’t really know how to We ha ve listed the titles inside. 2. An old friend who once saved put it to work. That could be your life. Steady as she You may be interested to check the case for the ubiquitous them out and try something 3. The perfect man (or) woman goes or the method travelling steady. you have been dreaming about. completely different for your of using a travelling One person’s methodology steady. next project. for putting it to good use is Which one would you choose to also covered in this issue of offer a ride to, knowing that there There are a lot of tools out there Massive list of the Newsletter.
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February 18 Online Auction
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Drill Press Operator: Instructor's Guide
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Formation of Intermetallic Phases in Al-10Si-0.3Fe Based Alloys
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Manufacturing Processes 4-5
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MW Article Index
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1/13 Particle and Liquid Motion in Semi-Solid Aluminium Alloys
Manuscipt Text Only Click here to view linked References Particle and liquid motion in semi-solid aluminium alloys: a quantitative in situ micro-radioscopy study S. Zabler1*, A. Ershov2, A. Rack3, F. Garcia-Moreno4, T. Baumbach2, J. Banhart4,5 1Universität Würzburg, Institute of Physics and Astronomy, Würzburg Germany, *corresponding author, [email protected], phone: [+49] (0)931-31 86261, fax: [+49] (0)931-31 81909. 2Karlsruher Institute of Technology, ANKA, Karlsruhe Germany, [email protected], [email protected]. 3European Synchrotron Radiation Facility, Grenoble France, [email protected]. 4Helmholtz Center Berlin – Functional Materials, Berlin Germany, [email protected]. 5Technische Universität Berlin, Berlin Germany, [email protected]. Abstract Semi-solid melt exhibits a very unpredictable rheology and filling dynamics, when it is injected into thin-walled components. Optimization of the process requires visual insight into the casting process during the injection. For this purpose we inject semi-solid Al-Ge alloy into two different thin channel geometries while recording high-resolution radiographs at fast frame rates (up to 1000 images/s). The comparison of a bottleneck channel, which had been previously used for slower experiments, with a right-angle turn geometry reveals a significant influence of the channel’s shape on the flow behavior of the particle-liquid mixture. While the bottleneck is quickly sealed with densified solid, turbulences in the right-angle turn apparently permit the solid particles and clusters to move conjointly with the liquid and thus achieve a more complete filling. Single particle trajectories and rapid break-up of solid skeletons in such a system are observed for the first time in situ.
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