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Fatigue Gauge Utilizing Slip Deformation of Aluminum Foil. (2nd Report. Effect of Material Factor on the Evolution of Roughness).

机译：利用铝箔的滑动变形疲劳量表。（第二次报告。物质因素对粗糙度演变的影响）。

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Yasuo NAGASE; Yoshiyuki NAKAMURA;
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年度 1991
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2. Effect of Stain Rate on Microstructure Evolution and Compressive Deformation Behavior of High-Strength Aluminum Coating Materials Fabricated by the Kinetic Spray Process [J] . Kim Kyu-Sik, Lee Changhee, Huh Hoon, Materials transactions . 2015,第4期

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3. Evaluation of the Suitability of the Strain-Gauge Method for Measuring Deformations during the Fatigue Tests of Aviation Composite Structures [J] . Marek Ro?kowicz, Piotr Leszczyński Fatigue of Aircraft Structures . 2017,第9期

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4. 3D Roughness Parameters as Factors in Determining the Evolution of Effective Stress Concentration Factors in Fatigue Processes [C] . Valentin Mereuta, Mihaela Buciumeanu, Liviu Palaghian International Conference on Mechanical Materials and Manufacturing Engineering . 2013

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5. Study of the surface roughness evolution in fatigued 316L stainless steel [D] . Wang, Ye 2012

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7. Fatigue Gauge Utilizing Slip Deformation of Aluminum Foil : Effect of Material Factor on the Evolution of Roughness [O] . Yasuo NAGASE, Yoshiyuki NAKAMURA 1992

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8. FATIGUE STRENGTHS OF AIRCRAFT MATERIALS AXIAL-LOAD FATIGUE TESTS ON NOTCHED SHEET SPECIMENS OF 24S-T3 AND 75S-T6 ALUMINUM ALLOYS AND OF SAE 4130 STEEL WITH STRESS-CONCENTRATION FACTORS OF 2.0 AND 4.0 [R] . H. J. Grover, S. M. Bishop, L. R. Jackson 1951

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Fatigue Gauge Utilizing Slip Deformation of Aluminum Foil. (2nd Report. Effect of Material Factor on the Evolution of Roughness).

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