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  • ASTM E2905/E2905M-2019 轧机和干燥炉矢轮齿检验规程--电磁法 Standard Practice for Examination of Mill and Kiln Girth Gear Teeth—Electromagnetic Methods

    <div style="text-align:left;" class="NoteLevel1"> <p><span class="note cdone" style="text-transform: uppercase;">Note 1:</span> <span class="note cdone">Throughout the standard, “gear” means gear or pinion unless the gear is specifically identified.</span></p></div> <div class="SectionLevel2"> <p class="subsec1 cdone2"><span class="Head3 cdone">1.1</span> This practice describes a two-part procedure for electromagnetic evaluation on gear teeth on mill and kiln gear drives and pinions. The first part of this practice details the ability to detect 100 % of surface-breaking discontinuities only in the addendum, dedendum, and root area on both the drive side and non-drive side of the gear tooth using an eddy current array. The second part of the examination is to size or measure accurately the length and depth of any cracks found in these areas using electromagnetic methods. No other practice addresses the use of electromagnetic methods for the detection and sizing of surface-breaking discontinuities on mill and kiln ring gear teeth.</p></div> <div class="SectionLevel2"> <p class="subsec1 cdone2"><span class="Head3 cdone">1.2</span> This practice is used only for crack detection, scuffing, wear patterns, and early signs of macro-pitting. It will not provide a full gear tooth analysis. Visual examination by an experienced gear specialist is the only way to characterize fully the failure modes present, their severity, and consequences. It is imperative that the analysis of the gear teeth is completed at the time of examination. Sending data offsite for analysis later is not recommended as potential failure modes could be missed from lack of in-situ visual examination.</p></div> <div class="SectionLevel2"> <p class="subsec1 cdone2"><span class="Head3 cdone">1.3</span> Two technicians, one gear specialist, and a gear technician are typically required for this practice. One technician guides the probe and the other technician operate...

    2023-06-20 14:24:03浏览:15 electromagneticexamination干燥炉

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  • 干燥炉的优化研究

    燃气干燥炉是一种重要的工业用干燥炉,干燥炉设计中要求加热过程具有稳定性.通过分析加热过程的传热特性,确定加热过程的稳定性由热气体流场分布状况决定.利用FLUENT对风道的流场进行数值模拟,通过改变平板挡风板的位置及形式对比分析平板挡风板对流场分布的影响情况.风道出口的特性反映风道的流场分布情况,并体现工件周围的流场特性.据此获得了改善流场分布均匀性的有效措施,实现了提高加热过程稳定性的方法,提出了满足干燥炉设计要求的途径....

    2020-09-29 10:54:18浏览:30 干燥炉流场Fluent

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