著作(論文等)

基本情報

氏名 吉村　敏彦
氏名（カナ） ヨシムラ　トシヒコ
氏名（英語） YOSHIMURA Toshihiko
所属 山陽小野田市立山口東京理科大学工学部機械工学科
職名 嘱託教授
researchmap研究者コード
researchmap機関

発表形態 

Research paper

					

					

						

							

								

									
掲載年月 

									
								

							

						

						
2021/01

					

					

						

							

								

									
掲載誌名等 

									
								

							

						

						
Materials Science Forum

					

					

						

							

								

									
論文名 

									
								

							

						

						
Effect of Compressive Residual Stress on Film Formed by Mechanochemical Multifunction Cavitation Processing

					

					

						

							

								

									
著者名 

									
								

							

						

						
Masataka ljiri, Fumihiro Kato, Daisaku Maeda, Daichi Shimonishi, Toshihiko Yoshimura

					

					

						

							

								

									
巻 

									
								

							

						

						
1016

					

					

						

							

								

									
号 

									
								

							

						

						

					

					

						

							

								

									
開始頁 

									
								

							

						

						
574

					

					

						

							

								

									
　 

									
								

							

						

						

					

					

						

							

								

									
終了頁 

									
								

							

						

						
579

					

					

						

							

								

									
出版者(日本語) 

									
								

							

						

						

					

					

						

							

								

									
出版者(英語) 

									
								

							

						

						

					

					

						

							

								

									
概要 

									
								

							

						

						
Recently, mechanochemical multifunction cavitation (MC-MFC) was developed to improve the corrosion resistance of the magnesium surface. MFC is a technology that combines water jet peening and ultrasound cavitation. MC-MFC is a technology that adds phosphoric acid to water. It can improve the corrosion resistance by forming a phosphate film on the Mg surface. Conventional anodic oxidation, plating, and chemical vapor deposition can improve corrosion resistance by forming a film on the Mg surface, but it is difficult to improve characteristics such as compressive residual stress on the surface. MFC-treated surfaces have previously imparted various properties such as imparting compressive residual stress necessary to improve the fatigue strength to Al alloys and Cr-Mo steels. In this study, the effect of film formed on MC-MFC processed surface on compressive residual stress was investigated.