He aha nāʻanoʻano likeʻole o nā pōpoki?

Pōpō bleheʻano o keʻano o ke koho balota e kōkua ana e kōkua i ka hōʻemiʻana i ka friction ma waena o nā wahi e neʻe ana. Aia ia he mau pūʻulu o nā pōpoki i hoʻopuniʻia ma ke apo i kapaʻia he lāhui. E like me nā pōpō, hāʻawi lākou i ke kākoʻo no ka hōʻemiʻana a hōʻemi i kahi mea i hoʻopiliʻia ma waena o nā'āpanaʻelua. Hoʻohanaʻia nā pahu pōpoki i kahi ākea o nā noi noi, mai nā pono hana i nā kaʻa e kaʻa pono, e hoʻomaʻemaʻe pono. Me nāʻano likeʻole a me nā nui o nā mea i loaʻa nā pōpoki, hiki i nā mea hoʻohana ke koho i nā mea maikaʻi loa e kūpono i kā lākou pono.

He aha nāʻanoʻano likeʻole o nā pōpoki?

Nui kekahi mauʻano o nā pōpoki i loaʻa i ka mākeke i kēia lā. Eia kekahi o lākou:

1.ʻO nā huaʻai puaʻa hohonu

2. E pili ana i nā leʻa pāʻani pāʻani

3.

4. E kau i nā hua pua

5

6.ʻO nā mea kanu kīwī

7

8

He aha nā noi o nā pōpoki pōpoki?

1.ʻO nā kaʻa kaʻa

2. Nā pono hana

3. Nā pono lāʻau lapaʻau

4. Nā mīkiniʻoihanaʻoihana

5.ʻO kaʻenehanaʻo Aerospace

6. Robotics

7.

Hopena

Me ko lakou lalo iki, nui ka huina o ka huina, a me ka loaa he mau popo, e holo pono ana i kahi hana likeʻole. Me nāʻano likeʻole o nā pōpoki i loaʻa i loko o ka mākeke, hiki i nā mea hoʻohana ke koho i nā mea maikaʻi loa e kūpono i kā lākou mau pono,ʻo ia ka nui a iʻole ka nui. I Ningbo Hahisu Nide International Co., Ltd., e hoʻomaʻamaʻa mākou i ka hanaʻana i nā mea nui a me nā mea kaʻa'ē aʻe. Me ka manaʻo o ka mea kūʻai aku, ua hiki iā mākou ke kūkulu i kahi paʻa paʻa i ka mākeke. No kaʻike hou aku e pili ana i kā mākou huahana a me nā lawelawe, eʻoluʻolu e kipa i kā mākou pūnaewele ma ka pūnaewelehttps://www.mor-componant.com. ^. No nā nīnau nīnau kūʻai, eʻoluʻolu e kelepona iā mākou maMarketing4@Nedealchuft.com.

Nā manaʻo aʻoaʻo

1. HUPET, J. (2018). Nā mea puhi pōkole. Mekanical Engineering, 140 (4), 22-27.

2. (2019). Nā Kūlana Bila Hoʻihoʻiʻia mai https://www.timken.com/Pectcts/Ball-Bearst/

3. Kotllke, p. A. (2016). Nā Kūlana CEMIM CHARES. Tribology & lubricationʻenehana, 72 (11), 14-17.

4. NAKANAHI, M., & Miyaake, M. (2020). ʻO ka hoʻokeleʻenehana e pili ana i ka hanaʻenehana kiʻekiʻe no ka mana maʻamau. Nā leka uila o nā Robotics lāuaʻo Mechatroncs, 32 (4), 609-620.

5. T., Zhu, Y., A G., A GU, Q. 2017). Noiʻi a me ka hoʻokolohua ma ka noiʻana o nā bola maikaʻiʻole i nā blackets. Journal of Vibration and Shock, 36(21), 125-131.

6. Zhang, y., et al. (2019). Aʻo i nā hiʻohiʻona o nā hiʻohiʻona o nā mokuahi o nā bet cramic cemic. Nā Manaʻo Manaʻo, 22 (3), 1-8.

7.ʻO nā Roucriguy, R., et al. (2018). Ka hoʻomohalaʻana o kahi'ōnaehana defect i kahi'ōnaehana defect no nā bar morings. ʻO ke kaʻina Celep, 71, 254-259.

8. Yillirim, H., & a & Arslan, T. (2017). Ka hoʻohanaʻana i ka pūnaewele pūnaewele kūpono ma ka nānāʻana i ka nānāʻana i nā mea i hala. Ka Manaʻo o ke KumuhanaʻOihana o ke Ka Hoʻokele Hoʻomaʻamaʻa a me Peletratile of Game Gaz o Beach, 32 (2), 357-368.

9. Wang, W., & feng, j. (2021). ʻO ka hopena o ka pōpō e hali ana i ka hoʻonohonohoʻana i ka coage congiguration ma ka vibration a me nā hōʻailona encoustic i ka wā e holo ana i ka wā holo mua. Ana, 169, 108270.

10, Lin, J., et al. (2019). ʻO nā hiʻohiʻona kiko'ī o ka hoʻololiʻana o Rotors Kuhi Mahu o ka Vibroengineingering, 21 (1), 147-15.