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mckay ag88.shop 2020-05-26 00:16:11 79541

作者:mckay

可访问此网址-送彩金💰【ag88.shop】💰ag充值Text sizeAa】AaThere/’s a r/ea\son 】car bodywork is often referred to as ‘coachw【o\r/】k’. It】&rsquo】\;s【 beca】u/se the e\arliest cars /were】 litt【le more th/a\n motor/ised】【 version of h\orse【-drawn\ coach【es with passenger compartments usually made from wooden skeletons clothed in more wood, le【ather or fabric.\ \As car】 design moved】 on, s【o did】 the construction /of /their bo【dies to ste/el and aluminium. Now we are seeing a diversificati/on of /materials used to 】skin 】cars to\ maximise their s\/af//et】y and to ensure they /are lightweigh/t as well as】 s/ustainabl/e.Th\【is heralds a period of developme【nt and innova/tion tha【t hasn&\】rsquo;t been seen since the i/nt】roduction of carbo\n fibr/\e to Formu【la/ 1 racing /ca\rs in 1981.】 Bef【ore that, glassfibre was the \oth/er mo【s\t no】teworthy step fo【\r【ward in mat】eria\ls 【when it became a\ pop【ular choice】 fo\r creati【ng/ /【】comple】x shapes in the 】early 1950s for numerous home-bu\il\d specials.Related | Flying/ cars:\ ho】w close are we?Li/gh【twei】【ght \carbon fibreTo】day, the d】\eve】lopment of】 n\ew m【ate\rials is being undert【ak】en in a more structured and scienti\fic man\ner./ This 【i【s cle\ar f【rom 】the approach be【ing tak/en 【to creati/ng \car【【bon fibr】e that’s cheaper and eas【ier to】 produce. Lightweig【ht carbo】n】【 fibre is/ idea【l for man【y】 exterio/r car bod\y par【ts as it can/ be mou\lded into【 multi-contoured shapes easil【y w/hile】 remaining very strong to resist the k【nocks and bump【】s that car【s\ have to endure in normal life.Reducing the cost of maki\ng carb【on fibre also addresses one \of the drawbacks【 of this】 material in the past: 【th】e cost of repairing or repl】acing【 it. For example, fixing\ Ro/w】an Atk\inson】’s McL\aren F1 with \all of its carbon fibre part【s 】is thou/g【ht【 to h】av\e been the largest ever vehicle】 insurance pay-out in UK his\】tory at &po/und;910,000.Wonder/ material from【 recycled c】lo\thi【ng 【Voir\ cett【e public】ation】 sur Instagram】U/ne publication partagée par Faraday Fut\ure \(@fa】radayfutu\re) le 27 /\Juin 2018 &/ag【【rav\/e; 11 :27 PDTToday, we find carbon\ 【fibre in u\se a】cross many\ mainstream cars,/ tho\ugh/ it tends to【 b\e us/ed in str\ategic areas whe\re\ stren】gth and lightweight materi/als【 ar【e cr【uci【al. Using【【 carbon fibre /more widely】 /lowers m/anufacturing costs, which 【is why comp【anies li/ke Fara【da\y F\uture based 【in California, USA are【 wo\r/k】ing on ma/\king th】is wonder m\ater】ial from recycled clothing. By bre\aking th】e materials down\ to t【heir】 /molecular\ 】leve/l】, it&r】squo;s possible to re-\engin/e】er them in】to carbon f】ibr/e.Related |If you c/ou/ld】 fly cl\eanly, would you?R】odrigo Caula/, a \material designer at Faraday, e/xplai【n/s: "【It sou】nds like science fiction\, but it’s happ/】ening now. We can extrude \entirely new bi】o-based fibr/es with special equipment and re-engineer the molecu\lar properti\es of \the sour【ce material \dur/i【ng this proce\ss. /You\ co【uld technic\ally design a fibre to be h\ydrophobic, fire【 retardant or /biodegradable\ – it’s almost alch】】【emy.】"Howeve\r, in/dustry】 anal//ysts 】reckon the average car wil】l only have a 15% carb【/o【n fibr\e content by 2040. The majorit/y \o\f the \】\remaining material w/【ill remain steel, but much of this w】ill be mor】e speciali/sed versions of\ st/eel such as //Ult/ra High】 Strength Steel and boron steel fo【r】 key co/mponents. That’s good for the rig】idity /of/ 【the car and its /c/rash-worth】ines/s, but the more specialised the ste\el, the /more difficult /it becomes 【to recycle.】So, for bodywork, composite materials lik\e carbon fibre rem\ain 【the key to th\e future. While carb【on fibre is \becoming \mo】\r\/e a/fforda【ble and easier to make, there are other co\mposites being develo】ped. Plastic is one of the 【key】s to this【, even if it\ hasn’t had th/e be】st reput/ation d】ue to 】its【 environme】】ntal impact.Rela】ted |Zooming in o/n the future of electric mo【torcyc/lesInte【/rior panels mad】e with p/las\tic w【aste found in the /oceansFaurecia car interiorFaurecia carsFor vehicle use,【 plas\tics are now being develop【ed from the same material that has been t【aken from /wa】ste sources, e\it【her from\ recycled packaging or even extracted from the se】a. BMW has been l/eadi\ng th】e wa【y in this field and its i3 already /has 【interior panels made【 from/ \c/apt【ured plastic waste from the oceans.Exterior body pane//ls a】re also】 being m【ad/e fro/m/ 】/plastic that i/nclu【des 20% hemp fibre. Automotive supplier Faurec/ia 【ha/s been de/】【velopi】ng this f【or so【me time and has/ created a process that allows the plastic t【o be in\jectio】n \moulded so it can form difficult curves while al】so being lighter【 than m\o/st o\ther formed pla/stic panels【.As well as\【 this sort of innovation, more traditional materials are als】o making a co\/meback f】or car bod\ywo\rk.\ A pr】【ime e/xa\mple of this is wood, 】\but not/\/ th】e sort of plank【s a/n\d varnished t】imbers 【of】 old. Instead, wood pulp【 \is bei\ng developed by Toyota becau\se /the finis】h/ed produ/ct/ 【is f\iv/e times stronger than steel yet 80% lighter. This【 has big ramificatio/ns\ as th【e wo】rld moves more toward【s】 electric vehicles with t【heir h\eavy ba【ttery pa\cks w/here wood pulp can help /\offset this \bulk.Aluminium 】is\ another trad【i/tional \mat/erial /that is far from the end of its development fo【r vehicle bo/dy【 panels. Traditionally used f/or lightweight \sports cars, aluminium is now more widely\ used as\ it off【e\r【s】 the same strength as【 s】t】eel for 】much/ /less weight【. That&rs】qu【o;s 【【ideal f\or exterior pa【nels and a【】lum/【inium is al】so easier to/ \work with when 】prod】/ucing panels i\n \bulk quan】titi【es.Re/lated | Meet the leather maker w\ith th\e lowest carbon footprint in the worldL【ooking around all/ of the /major motor shows in recent times, it&rsquo\;s obvi】ous tha【】t car \】make】r【s 【are diversifying their b/ody panel materi【als. For some, environmental im【pact is t\he prime fa【ctor】, but for/ others it】 offe\【rs the chance to pick fr/om a greater choice of materi/als to suit very specific pa【rts【 of a car&\rsquo;s exterior, which almost completes the circle back to the origi】ns of coachbuilding.Words: Al】isda【ir \Su【ttieShare this ar\ticle 】 \ More from life,见下图

Tradition and innov】ation in car b【odywork\

如下图

Tradition and innov】ation in car b【odywork\

Tradition and innov】ation in car b【odywork\

Text sizeAa】AaThere/’s a r/ea\son 】car bodywork is often referred to as ‘coachw【o\r/】k’. It】&rsquo】\;s【 beca】u/se the e\arliest cars /were】 litt【le more th/a\n motor/ised】【 version of h\orse【-drawn\ coach【es with passenger compartments usually made from wooden skeletons clothed in more wood, le【ather or fabric.\ \As car】 design moved】 on, s【o did】 the construction /of /their bo【dies to ste/el and aluminium. Now we are seeing a diversificati/on of /materials used to 】skin 】cars to\ maximise their s\/af//et】y and to ensure they /are lightweigh/t as well as】 s/ustainabl/e.Th\【is heralds a period of developme【nt and innova/tion tha【t hasn&\】rsquo;t been seen since the i/nt】roduction of carbo\n fibr/\e to Formu【la/ 1 racing /ca\rs in 1981.】 Bef【ore that, glassfibre was the \oth/er mo【s\t no】teworthy step fo【\r【ward in mat】eria\ls 【when it became a\ pop【ular choice】 fo\r creati【ng/ /【】comple】x shapes in the 】early 1950s for numerous home-bu\il\d specials.Related | Flying/ cars:\ ho】w close are we?Li/gh【twei】【ght \carbon fibreTo】day, the d】\eve】lopment of】 n\ew m【ate\rials is being undert【ak】en in a more structured and scienti\fic man\ner./ This 【i【s cle\ar f【rom 】the approach be【ing tak/en 【to creati/ng \car【【bon fibr】e that’s cheaper and eas【ier to】 produce. Lightweig【ht carbo】n】【 fibre is/ idea【l for man【y】 exterio/r car bod\y par【ts as it can/ be mou\lded into【 multi-contoured shapes easil【y w/hile】 remaining very strong to resist the k【nocks and bump【】s that car【s\ have to endure in normal life.Reducing the cost of maki\ng carb【on fibre also addresses one \of the drawbacks【 of this】 material in the past: 【th】e cost of repairing or repl】acing【 it. For example, fixing\ Ro/w】an Atk\inson】’s McL\aren F1 with \all of its carbon fibre part【s 】is thou/g【ht【 to h】av\e been the largest ever vehicle】 insurance pay-out in UK his\】tory at &po/und;910,000.Wonder/ material from【 recycled c】lo\thi【ng 【Voir\ cett【e public】ation】 sur Instagram】U/ne publication partagée par Faraday Fut\ure \(@fa】radayfutu\re) le 27 /\Juin 2018 &/ag【【rav\/e; 11 :27 PDTToday, we find carbon\ 【fibre in u\se a】cross many\ mainstream cars,/ tho\ugh/ it tends to【 b\e us/ed in str\ategic areas whe\re\ stren】gth and lightweight materi/als【 ar【e cr【uci【al. Using【【 carbon fibre /more widely】 /lowers m/anufacturing costs, which 【is why comp【anies li/ke Fara【da\y F\uture based 【in California, USA are【 wo\r/k】ing on ma/\king th】is wonder m\ater】ial from recycled clothing. By bre\aking th】e materials down\ to t【heir】 /molecular\ 】leve/l】, it&r】squo;s possible to re-\engin/e】er them in】to carbon f】ibr/e.Related |If you c/ou/ld】 fly cl\eanly, would you?R】odrigo Caula/, a \material designer at Faraday, e/xplai【n/s: "【It sou】nds like science fiction\, but it’s happ/】ening now. We can extrude \entirely new bi】o-based fibr/es with special equipment and re-engineer the molecu\lar properti\es of \the sour【ce material \dur/i【ng this proce\ss. /You\ co【uld technic\ally design a fibre to be h\ydrophobic, fire【 retardant or /biodegradable\ – it’s almost alch】】【emy.】"Howeve\r, in/dustry】 anal//ysts 】reckon the average car wil】l only have a 15% carb【/o【n fibr\e content by 2040. The majorit/y \o\f the \】\remaining material w/【ill remain steel, but much of this w】ill be mor】e speciali/sed versions of\ st/eel such as //Ult/ra High】 Strength Steel and boron steel fo【r】 key co/mponents. That’s good for the rig】idity /of/ 【the car and its /c/rash-worth】ines/s, but the more specialised the ste\el, the /more difficult /it becomes 【to recycle.】So, for bodywork, composite materials lik\e carbon fibre rem\ain 【the key to th\e future. While carb【on fibre is \becoming \mo】\r\/e a/fforda【ble and easier to make, there are other co\mposites being develo】ped. Plastic is one of the 【key】s to this【, even if it\ hasn’t had th/e be】st reput/ation d】ue to 】its【 environme】】ntal impact.Rela】ted |Zooming in o/n the future of electric mo【torcyc/lesInte【/rior panels mad】e with p/las\tic w【aste found in the /oceansFaurecia car interiorFaurecia carsFor vehicle use,【 plas\tics are now being develop【ed from the same material that has been t【aken from /wa】ste sources, e\it【her from\ recycled packaging or even extracted from the se】a. BMW has been l/eadi\ng th】e wa【y in this field and its i3 already /has 【interior panels made【 from/ \c/apt【ured plastic waste from the oceans.Exterior body pane//ls a】re also】 being m【ad/e fro/m/ 】/plastic that i/nclu【des 20% hemp fibre. Automotive supplier Faurec/ia 【ha/s been de/】【velopi】ng this f【or so【me time and has/ created a process that allows the plastic t【o be in\jectio】n \moulded so it can form difficult curves while al】so being lighter【 than m\o/st o\ther formed pla/stic panels【.As well as\【 this sort of innovation, more traditional materials are als】o making a co\/meback f】or car bod\ywo\rk.\ A pr】【ime e/xa\mple of this is wood, 】\but not/\/ th】e sort of plank【s a/n\d varnished t】imbers 【of】 old. Instead, wood pulp【 \is bei\ng developed by Toyota becau\se /the finis】h/ed produ/ct/ 【is f\iv/e times stronger than steel yet 80% lighter. This【 has big ramificatio/ns\ as th【e wo】rld moves more toward【s】 electric vehicles with t【heir h\eavy ba【ttery pa\cks w/here wood pulp can help /\offset this \bulk.Aluminium 】is\ another trad【i/tional \mat/erial /that is far from the end of its development fo【r vehicle bo/dy【 panels. Traditionally used f/or lightweight \sports cars, aluminium is now more widely\ used as\ it off【e\r【s】 the same strength as【 s】t】eel for 】much/ /less weight【. That&rs】qu【o;s 【【ideal f\or exterior pa【nels and a【】lum/【inium is al】so easier to/ \work with when 】prod】/ucing panels i\n \bulk quan】titi【es.Re/lated | Meet the leather maker w\ith th\e lowest carbon footprint in the worldL【ooking around all/ of the /major motor shows in recent times, it&rsquo\;s obvi】ous tha【】t car \】make】r【s 【are diversifying their b/ody panel materi【als. For some, environmental im【pact is t\he prime fa【ctor】, but for/ others it】 offe\【rs the chance to pick fr/om a greater choice of materi/als to suit very specific pa【rts【 of a car&\rsquo;s exterior, which almost completes the circle back to the origi】ns of coachbuilding.Words: Al】isda【ir \Su【ttieShare this ar\ticle 】 \ More from life

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