Dilemma Ci gaban BFRP

1 Wahalolin shiri

Ingancin BF yana ɗaya daga cikin mahimman abubuwan da ke shafar ingancin Farashin BFRP. Duk da haka, binciken na yanzu akan BFRP ya fi mayar da hankali kan bambanci a cikin tasirin haɓakawa na BF idan aka kwatanta da sauran fibers akan kayan kayan aiki, da kuma ƙaddarar kaddarorin daban-daban na BFRP a ƙarƙashin kayan daban-daban. Akwai karancin bincike akan Basalt abubuwan da aka gyara, rarraba albarkatu, tsarin samar da BF, kaddarorin jiki da na injiniya, da kayan aikin jiki da na inji na BFRP dangane da albarkatun ƙasa daga yankuna daban-daban. Saboda manyan bambance-bambance a cikin sassan basalt a yankuna daban-daban, zai haifar da babban bambance-bambance a cikin ingancin nau'ikan nau'ikan BF, kamar a cikin tsarin samarwa ba tare da ƙarin gyare-gyare na rarrabuwa na basalt ba, ta amfani da yanayin tsari iri ɗaya, zai haifar da basalt ba za a iya narkar da shi sosai ba, wanda ke hana haɓakar haɓakar BF mai girma, wanda zai shafi samar da babban aiki.Farashin BFRP. A halin yanzu, saboda gazawar tsarin shirye-shiryen BF, mai yin fim ɗin da aka yi amfani da shi wajen samar da BF ana amfani da shi a cikin samar da kayan aikin fim da aka yi amfani da shi wajen samar da wasu fibers; narkar da zafin jiki mai zafi ba a cika cikakke ba, yana haifar da mummunan fashewar filaments; da kuma samar da masana'antar BF a cikin gida gabaɗaya ana amfani da su wajen samar da ƙananan murhun wuta don cimma nasarar samar da manyan masana'antu na masana'antar ba ta da iyaka ga manyan masana'antu na samar da manyan ayyuka na BF, rage fitar da babban aiki na BF. Sakamakon samar da tsarin BF, lalacewa da tsagewar farantin leaka, da kuma buƙatar sake gyarawa akai-akai, ƙananan faranti masu ɗigo suna matsakaicin rayuwar sabis na watanni 9 kawai, da manyan faranti kusan watanni 11. Farantin ruwan yabo yawanci ana yin shi ne da kayan kwalliyar platinum, kuma farashin yana da yawa, wanda ya haifar da tsadar samar da BF, wanda ke kawo cikas ga bunƙasa BFRP zuwa hanyar da ba ta da tsada. Tsarin hadewar BF da sauran kayan kuma shine ɗayan mahimman abubuwan da ke shafar ingancin BFRP. A cikin tsari na Farashin BFRP wanda aka shirya ta hanyar haɗakarwa kai tsaye, ƙirar mai santsi na BF da halaye na BF ba sauƙin amsawa tare da sauran kayan ba zai haifar da BF kuma haɗin kayan ba ya kusa, sauƙin cirewa daga kayan, yana haifar da Farashin BFRP Ayyukan haɓaka aikin ba zai iya kaiwa ga abin da ake tsammani ba, ko ma rage ƙarfin asali na kayan aiki da kuma abin mamaki na juriya na ruwa. Tsarin hadewar impregnation yana samar da kayan tushe na BFRP tare da daidaiton adadi mafi girma. Don haka, don samun ƙarin aiki mai girma Farashin BFRP, Abubuwan da ake buƙata don rabo na BF zuwa wasu masu gyarawa da kayan aiki da kuma yanayin haɓakawa a ƙarƙashin matrices daban-daban sun fi dacewa. Duk da haka, har yanzu akwai dakin bincike mai zurfi kan inganta ma'auni da matakai a cikin tsari mai hade.

2 Canje-canjen ƙulli

A halin yanzu, ana amfani da gyare-gyaren ƙirar fiber don magance matsalar haɗin gwiwar fiber-material bond a ciki Farashin BFRP. Ko da yake dukkansu za su iya cimma manufar haɓaka takamaiman yanki da haɗin kai tsakanin musaya, kowace hanyar gyarawa tana da ƙayyadaddun ƙayyadaddun ƙayyadaddun abubuwa, kamar rashin iya aiwatar da samarwa da yawa, gurɓata yanayi, da matakai masu rikitarwa. Ko da yake nau'ikan gyare-gyare da yawa na iya cimma manufar haɓaka fa'idodin juna, a halin yanzu, akwai ƙarancin bincike mai tsauri kan yanayin rabon daidaitawa, tasirin gyare-gyare, da ainihin aikace-aikacen gyare-gyaren fili na BF a ƙarƙashin matrices daban-daban. Haɗin fiber na iya yin tasiri mai kyau na haɓaka, amma akwai abubuwa da yawa da ke shafar haɓakar haɓakar fiber. Tsawon tsayi daban-daban da nau'ikan fibers na iya cimma tasirin ƙarfafawa daban-daban, kuma wuce kima ko ƙananan adadin haɗuwa zai shafi tasirin ƙarfafawa, gaza cimma sakamakon da ake tsammani, har ma da rage aikin kayan da kansa. Ko da yake akwai karatu a kan mafi kyawun tsayin haɗin kai, sashi, da bayanan haɓaka aikin BF a ƙarƙashin matrices daban-daban, ci gaban bincike game da tsarin haɓakawa na haɓakawa dangane da kayan daban-daban ya bambanta, kuma akwai rashin bincike na tsari da taƙaitawa akan nau'o'in, tsawo, rabo, dosages da hanyoyin hadawa na fibers masu haɗuwa.

3 Wahalolin aikace-aikace

Ƙarfafa tsarin gine-gine, da shimfidar hanyar sufuri sune BFRP mafi yawan amfani da su, mafi girman adadin shugabanci. Yawancin tsarin hadawa kai tsaye da kankare, ƙasa, kwalta, gypsum, da sauran hadadden BFRP. Ƙimar da aka ƙara ta yi ƙasa da ƙasa, kuma bincike na yanzu akan irin waɗannan samfurori ya fi mayar da hankali ga ƙarfin samfurori na BFRP, Juriya na Lalata, porosity, da dai sauransu, duk da haka, akwai kaɗan daga cikin abubuwan da ke sama a cikin ainihin aikace-aikacen injiniya a cikin yanayin aikin ƙididdiga da bincike.Farashin BFRP a nauyi da kuma high-ƙarfi mota masana'antu, nauyi high-zazzabi Aerospace kayan, high-ƙarfi lalata juriya bututu takardar aikace-aikace, da dai sauransu ne dan kadan kasa. Duk da haka, akwai 'yan ƙididdiga da karatu akan aikin Farashin BFRP a cikin aikace-aikacen injiniya na ainihi. Misali, thermoplastic polymer composite bututu magani karshen magani da fasahar haɗin bututu har yanzu yana da lahani, dangane da juriya mai ƙarfi, bututun mai na BFRP da casing suna da iyakacin iyaka.