．特に高圧エアーや高圧のウォータージェットを利用してショットを加速させ

．特に高圧エアーや高圧のウォータージェットを利用してショットを加速させ，ノズルから噴射させて部品に衝突させるショットピーニング法（図１）は，従来のインペラーによる回転投射式のショットピーニング法と比較してショット球の有するエネルギーがより高く，同時により強い塑性加工を部品表面に与えて高い圧縮残留応力を付与することができる

ผลลัพธ์ (อังกฤษ) 1:

． Collision parts, be ejected from the nozzles, shot to accelerate especially using high pressure air and high pressure water jet peening method (Figure 1) can grant high compressive residual stress forming energy compared with conventional impeller rotating projection shot peening, shot ball has more stronger, at the same time giving surface

ผลลัพธ์ (อังกฤษ) 2:

. Especially by using the water jet of high-pressure air or high pressure to accelerate the shot, and is injected from the nozzle to the shot peening to collide with the component (Fig. 1), compared with the shot peening method of the rotating projection type according to the conventional impeller higher the energy of the shot ball, it is possible to impart a high compressive residual stress by applying a strong plastic working at the same time from the component surface

ผลลัพธ์ (อังกฤษ) 3:

At ， particularly by using the high pressure air and high pressure water jet shot by shot peening method is ejected from a nozzle to collision parts (Fig. 1) ， by high energy ball ， shot has compared with the shot peening method for rotation and projection the impeller at the same time, by giving a strong plastic workpiece surface can be applied to the high compressive residual stress