Опубликован 2025-04-17
Ключевые слова
- Tros,yuk,koprik,ichki kuch,ilgakli tross,yuklanish,podshibnik,sharnir, konstruksiya ,ogirlik, rama, gorizontal kuch, kabel, shkuv,shkifli tayanch, ogish burchagi,egiluvchanlik, vertical kuch,gorizontal kuch ,osma koprik, salqilik , parabolik salqilik. Rope, load,bridge, internal force, rope hook, load, bearing hinge, structure, weight, frame, horizontal force, cable ,pulley, brace support, deflection angle, compliance, vertical force, horizontal forse,suspension bridge, coolness, parabolic deflection.
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Как цитировать
Аннотация
Ushbu maqolada SE110.18 Osma koprikdagi kuchlar eksperemental qurilmasi SE 112 montaj ramasi bilan birgalikda foydalanishga
moljallangan bolib,shu qurilma yordamida osma kopriklardagi haqiqiy holatni namoish etilgan.Osma kopriklar qadimiy koprik
arxitekturasining namunasi hisoblanib,ularning asosiy elementi tutib turuvchi trosdan foydalanilgan, chunki ular katta
qiymatdagi boylama zoriqishlarga chidamliligini hisobga olib,egilish tenglamasi keltirilgan.Trosdagi maksimal kuch tajribada
hisoblab topilgan va nazariya bilan taqqoslangan.
In this article, an experimental suspension bridge power unit SE110.18 was developed for use in conjunction with the SE112
mounting frame, and using this device, the real situation in suspension bridges was demonstrated. An example of the architecture
of this device is demonstrated by ancient bridges. The main element is the retaining cable, since they are resistant to large
longitudinal stresses, the bending equation is carried out. The maximum force in the cable is calculated in the experiment and
compared with theory.