Supero'tkazuvchilarning nominal uzilish kuchi barcha kuchlarning kuchiga qarab hisoblanadi alyuminiy yagona simlar va mustahkamlash. Ammo, haqiqiy tormozlash kuchi haqiqiy hisoblangan qiymatdan chetga chiqadi. Buning asosiy sababi shundaki, har bir simning mustahkamligi to'liq ishlatilmaydi. Shu sababli, mahsulotni loyihalashda nafaqat uning minimal quvvat talablariga javob berish, balki har bir simning mustahkamligi qanday aniqlanishini ham hisobga olish kerak.. Bu nafaqat materialdan to'liq foydalanish, lekin simning umumiy ishlashi ham sezilarli darajada yaxshilanadi.
Energiya tizimini doimiy yangilash bilan, har xil yangi mahsulotlar vujudga kelgan, po'lat yadroli alyuminiy ip kabi, aluminum-clad steel core aluminum strand, aluminum-clad steel core aluminum alloy strand, aluminum alloy strand, aluminum alloy core aluminum strand, aluminum-clad steel core heat-resistant aluminum alloy strand, va hokazo. Ammo, the overall tensile performance has been a major issue in the design of overhead strand products.
Aluminum alloy core aluminum strand overall performance improvement skills
Avval, from the strength, adjust the uniformity of every single line.
Every single line according to the size of its strength, the degree of stress-bearing is different. Just as the tension sensor has the best tensile range, more than its range will not only damage the equipment but also cause deviations in the data. The aluminum single line is also the same, the different strength of the aluminum single line on the stress of the degree of bearing is also different. When these strength deviations of the single line are stranded together, the stress is uniformly distributed to every single line. The strength of the single line will be small enough to carry the degree of early fracture, while the strength of the single line will not play its role. Shu sababli, the strength of the extreme difference is an important parameter to test the utilization of mechanical properties.
Ikkinchi, from the elongation and section diameter ratio to adjust the elongation and section diameter ratio of the size.
The elongation of the steel wire on the overall tensile properties of the impact is also great. Ko'pgina tajribalar alyuminiy bilan qoplangan po'lat yadroli alyuminiy ipning umumiy kuchlanish kuchi fenomenni buzish oson ekanligini isbotladi.. Buning asosiy sababi alyuminiy bilan qoplangan po'latning cho'zilishi juda kichikdir. Foydalanish darajasining alyuminiy simining mexanik xususiyatlari juda past. Alyuminiy sim torli bo'lganda, maydon qanchalik kichik bo'lsa, uning egiluvchanligi qanchalik yaxshi bo'lsa. Po'lat simning cho'zilish talabi qanchalik yuqori bo'lsa. Alyuminiy bilan qoplangan po'lat simning cho'zilishi taxminan 1.0, va alyuminiy sim haqida ham bor 1.0, ortiqcha torli qadamning kengayish miqdori, po'lat simning cho'zilishi etarli darajada emas. Shu sababli, alyuminiy bilan qoplangan po'lat sim uchun sim dizayni uning pitch nisbatini mos ravishda oshirishi mumkin, alyuminiy bilan qoplangan po'lat sim va alyuminiy simning cho'zilishi orasidagi bo'shliqni kamaytiring, va yana alyuminiy simning mexanik xususiyatlarini o'ynaydi. Qisqasi, alyuminiy simning cho'zilishi + pitch cho'zilishi tufayli = po'lat sim cho'zilishi.
Uchinchi, yagona chiziqning tuzilishini tartibga solishdan, cho'zilish tartibga solishning eng tashqi qatlamida kattaroqdir.
Sinov shuni ko'rsatadiki, bitta chiziqli sinishning ko'p qismi eng tashqi qatlamda buzilgan. Eng tashqi qatlamning cho'zilishi ham umumiy tormoz kuchiga ta'sir qiluvchi asosiy omil hisoblanadi. Bitta simning mustahkamligi aniq bo'lganda, cho'zilish qanchalik yuqori bo'lsa, bitta simli mexanik xususiyatlarning kuchi qanchalik yuqori bo'lsa, maksimal darajaga ko'tarilishi mumkin.
Simning joriy ishlashining katta qismi to'liq ijro etilmaydi, chegarasi katta, jarayon - aniqlashning uzoq jarayoni, ko'plab tajribalar va ma'lumotlarni tahlil qilish kerak, here is just a concept, heavy in practice. Qisqasi, in the design of products, the ultimate goal is in the wire elongation to 1%, all the single lines can play to the best effect so that the overall performance of the wire will be a great improvement.
