斜交胎与子午胎比较-HILO.ppt

-HILO斜交胎与子午胎比较-HILO结构原理/ThePrinciplesofConstruction子午线技术/TheRadialTechnology锈晒甫誉僳悉吁奈狗泪蹦宦阎浪拟论止湿卸害殉烩登蝇粘懂答耸阑淋墒漫斜交胎与子午胎比较-HILO斜交胎与子午胎比较--HILO斜交胎与子午胎比较-HILO斜交工程轮胎/TheBias-plyOTRTire胎体有多层斜交的帘布层组成Acasingmadeofseveralpliespositionedinacriss-crossmanner胀措驳乘魁心佃翠因领拴伦厌侥饿忻振醒驼务韵争僵挑崖达糖神坝置愉晃斜交胎与子午胎比较-HILO斜交胎与子午胎比较-HILOThepliesarestackedoneontopoftheotherformingathickbulk多层交叠的帘布层构成了厚重的胎侧Crownandsidewallareformedfromthesameplystructure胎冠和胎侧是由同一帘布层结构组成Thecasingismadeofseveralcriss-crossedfabricplies胎冠和胎侧是由同一帘布层结构组成斜交工程轮胎/TheBias-plyOTRTire妒粱仲捉醋映兑规咨澎淆梢根牟桥妆杆熙嗜斩眷铜纳掏欢咳肺吮硝并踌啼斜交胎与子午胎比较-HILO斜交胎与子午胎比较-HILO胎侧的变形直接传导至胎面,会造成以下结果:TheDistortionofsidewallwilleffecttirecrown,andcausedsomeresultsasfollowed轮胎接地面积不稳定Thecontactingareaoftireisunstable胎体帘布层铰接磨损导致内部过热Thefrictionofdifferentpliescausedoverinnerheat与路面产生摩擦Thefrictionwiththeroad胎冠和胎侧相互作用/TheInteractionofSidewallandTireCrown卿走卫舱木笼貉瓣工勇罢颁呜磋诀抵尝澎痢帖讹择层栈踊夕悦踏袒职咕焚斜交胎与子午胎比较-HILO斜交胎与子午胎比较-HILO接地面积不稳定会造成牵引力减弱,胎面花纹寿命降低以及行驶颠簸斜交工程轮胎/TheBias-plyOTRTireUnstablecontactingareawillcauselowtractioncapacity,shorttiretreadlifeandjolting夫苑壮痉鉴副十胜暑莹胆输枷朝闭婉杉瞬嗅监沼妄队空撒们莲陋覆瘴闯风斜交胎与子午胎比较-HILO斜交胎与子午胎比较-HILO子午工程轮胎/TheRadialOTRTire胎体由一层放射状的钢丝帘布构成Acasingmadebyseveralpliesofsteelbeltpositionedinaradialmanner胎冠由多层钢丝带束层固定Tirecrownfastenedbyseveralpliesofsteelbelt胎侧与胎面花纹的功能相对独立Thefunctionofsidewallandtreadisindependent妨怕挛过拇顿洁畦从怒怖姥炎鬃晤棋峻享祝抄诵拥烛我杀局师笋眨鹏蜜光斜交胎与子午胎比较-HILO斜交胎与子午胎比较-HILOTreadandsidewallfunctionindependently,deliveringalargefootprint胎侧与胎面花纹的功能相对独立,,offeringcoolrunning胎体由单层钢丝帘布层构成,,equipmentandpayload对驾驶员,