Abstract Bolt thread experiment was conducted to examine the major diameter‚ minor diameter‚ angle and the pitch of the bolt thread. Other than that‚ the purpose of this experiment is to compare the measured data with the standard thread from literature. The experiment was carried out by taking the measurement using optical projector. The shadow or the image of the bolt is traced and magnified on the broad of the optical profile projector. The crest and the toot of the bolt thread were picked to
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PROBLEM- Design a V-belt drive for the following data Driving motor power = 20 kw Driving motor speed = 1440 rpm Driven reciprocated compressor speed = 480 mm Suggest a suitable size and no. of belt required and draw a neat sketch of pulley group no. of fatigue cycle. The centre distance must not exceed 2m. SOLUTION- Given data- Motor power PR = 20 kw
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measure internal and external diameters of a pipe‚the thickness of a copper rods‚ and the radius of curvature of spherical lenses. 1) Vernier caliper: As shown in Fig. 1 the main fixed scale in the vernier caliper has 1 mm gradations while th sliding scale (vernier scale) has 0.05 mm gradations. The smallest division of vernier scale is called the least count of vernier caliper. It may be different for different vernier calipers (and other measuring instruments). In order to measure length‚ put
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5.05 Mixtures and solutions Lab report Ink Chromatography Chromatography is also used to compare and describe chemical substances. The chromatographic sequence of sorbed substances is related to their atomic and molecular structures. A change in a chemical substance produced by a chemical or biological reaction often alters the solubility and migration rate. With this knowledge‚ alterations or changes can be detected in the substance. Chromatography serves mainly as a tool for the examination and
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-VW VW Ao A1 O Z -VW V= VW+VT N Workpiece Chip VT Cutting tool X Y Ao b=f N VT Absolut velocity a VW = f (x‚ y‚ z) VT = f (x‚ y‚ z) Basic condition of cutting Forces in the material of workpiece and tool makes strain that makes elastic and plastic deformation. (σ1 ) W ≥ (R m ) W (σ1 )T ≤ (σm )T HVT ≈ ( 3 ÷ 5 ) ⋅ HVW Main parameters of cutting procedure V V Vc=Vy Chip Vc=Vy O Z VZ X Y N N VX VX Cutting tool Workpiece
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30 Table 1 Lung Volume or Capacity | Abbreviation | Measured Value (mm) | Corrected Value (ml) | Tidal Volume | TV | 30.5 mm | 998.3 ml | Inspiratory Capacity | IC | 64 mm | 2094.7 ml | Expiratory Reserve Volume | ERV | 45 mm | 1472.9 ml | Inspiratory Reserve Volume | IRV | 33 mm | 1080.1 ml | Vital Capacity | VC | 109 mm | 3567.6 ml
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Bending Beam Louisiana State University Joshua Board Table of Contents: Table of Figures: ........................................................................................................................................... 4 Purpose.......................................................................................................................................................... 5 Introduction ........................................................................................
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Date Name Position Company Address State Postcode ACS Project Report Form Australian Computer Society Skills Assessment 1 July 2012 The ACS Project Report Form is required for all Recognition of Prior Learning (RPL) Applications Information about the Areas of Knowledge After studying the ACS Key Areas of Knowledge document‚ tick those areas of knowledge that you believe you have learned from your experience. Please Note: None of the areas are mandatory. Applicants will
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a Establish the initial total length of a 12 mm round material slug required to manufacture a bolt by upset forging the bolt head and by impact extruding the shank portion where the thread is required. The bolt has the following dimensions (12 mm shank diameter‚ 20 mm unthreaded portion of shank‚ 30 mm length of threaded portion on the shank‚ m12 x 1.75 thread with a bolt shank pitch diameter of 10.75 mm‚ 19 mm bolt head width across flats‚ 8 mm bolt head thickness).
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TCEF TouchChip Fingerprint Modules TCEFC1/TCESC1 – FIPS 201‚ Large image capture area (TCS1 sensor) TCEFD1/TCESD1 – SteelCoat‚ Large image capture area (TCS1 sensor) TCEFD2/TCESD2– SteelCoat‚ Medium image capture area (TCS2 sensor) UPEK’s TouchChip Fingerprint Modules (TCEF) leverage UPEK’s widely deployed and proven fingerprint sensors and package them into a drop-in module for easy integration and fast time-to-market. Advantages Proven technology – UPEK fingerprint sensors have been embedded
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