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Combined effect of both surface finish and sub‐surface porosity on component strength under repeated load conditions

机译：表面光洁度和亚表面孔隙率在重复载荷条件下对组分强度的综合作用

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Alison J. McMillan; Rhys Jones;
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1. Influence of metal surface finishing on porcelain porosity and beam failure loads at the metal-ceramic interface. [J] . Hofstede TM, Ercoli C, Graser GN, The Journal of Prosthetic Dentistry . 2000,第3期

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2. Fatigue strength of surface-welded and surface-sprayed components subjected for mechanical fatigue loads [J] . Piotr Adamiec, Jerzy Dziubinski Welding Research Abroad . 2002,第11期

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3. Fatigue strength of surface-welded and surface-sprayed components subiected to mechanical fatiguel loads [J] . Piotr Adamiec, Jerzy Dziubinski Schweissen & Schneiden . 2001,第12期

机译：机械疲劳载荷作用下的表面焊接和表面喷涂部件的疲劳强度
4. Reduction in tensile strength of cartilage precedes surface damage: an in vitro study of repeated loading [C] . Triona McCormack, Joseph M. Mansour Bioengineering conference . 1997

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5. The Effect of Process Parameters and Surface Condition on Bond Strength between Additively Manufactured Components and Polymer Substrates [D] . Chivukula, Bharat Bhushan 2016

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Combined effect of both surface finish and sub‐surface porosity on component strength under repeated load conditions

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