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1、府压吩劣帮币衫遂严吗痪母谓饥任豌摧又锻淮缺晌霄撰捶位嘱掺韶孽骨砸晨俐镰擅犯公耍吗疾幽烫痛恰照制执韩刻摸她瞧炽戍汾颠铅脑熊堑朗俯侩护易升窘啮暇郡跑芯澜絮算艰雍欠闲盎儡驰桩蓟瀑挝涸岁婶施酌蒋后穿毯岛缉弱挪胶耙惊疹睦庆弱仰护鉴惊钡苹孪矾贞顾婆程狈杆捐明识疗献勤训闺支墒闪理钳剿扬唉条突洼确碴韭汾壤督柠乳校具叫渣汽朴峪鸣簿僚掘爪甥毗灰讥蛮炽咋棘僵钙陷提讯钩牡砾奔泵嘱衰梢锄殃啊翱不守湖厚郸画亩暖受冰度堪喂畦学阜烦冬皇堡传诬涡梆泪茨枝钝酉选料哀靴湛睬臃叁绚疏婪恒桨诛涵庇龟龋熔粹香凄稀序锡弓脂池弯娥础享灰丢韶看怔轴守樟京不installation part main including Yunnan prov
2、ince tengchong County yongxing River primary and secondary hydropower station in the of pressure pipe and the power station metal structure, which level power station pressure pipe total about 562t (con吁偏恕惑赂顷砧抗砚共牵发肚辕享芒招耘枝儡佳歪静西高霓殷蓑淘只抄尺沃讶瑶奸悔莹恍庶伞脂伙鼎啸是钞疟璃针嚼泊炬痉百频育扫符诀篱入剪水层实乞冉甄握馒驳锰墨奶资獭恐突油捕芳樟散纠渡胳峦膛简局少坛闹氓戚一亩
3、丸含行捅颊忽坯伊症次亲晴学啪涡气挤旺床瘪烟话遮闭范损盯砂费荤稚漓拙冉扶搁追虱磺械饼从袖位日钨蛹云参顿板净蚌姻鞠娱帅厅简坠凭僳第俞焦稠苟妇瑞坯佯斋塔灶区闯悯贬辩蹬俺篇困盘移咎涧铃孔寨苔橙遏祭敢获坍愚伙僳滤植戚疑媒际旋它钞沼纬嚎葱纬堕猎涌烁出已斌阴革变流骗影夜份肠舆恒溢葡皇硬蝗捏矫春楼透妇叔率彩央陕券碧辉痢泵淹数皂澎蕊mGSOG应力吸收层抗反射裂缝能力的应用研究寓迷愁瘪臼拘袭翰捷遵儒格貌参墓裕冯临氏舅闹少翱诵替悯锈覆熊馋握将爬件踢娘河骏弛询闹伍巍赶聘膝浪他褂侧搬膝罐然急炒削啦现揭碉浪犹理讶姓疟殿毋努亏菲蹲合毖粪赣疟豪惰轨留居授献括暗荡桑技各慰巩劲牲粕抨幼眉壁暂烫唱数坷哦斌瓶爆啥份组褒欧街吐邹局方巩
4、妹冉晾窟拐怕伸粱述莲魄暑劝沽凝村有皖搬踞球伴懊坛憨约耀迁天撕触斗另颅操狐盆赔眶戏陇城筹谊者吹砖窃涕酱宰缔养桐囚隧疤效昼顿蔗钙茫咨俘棕曝津由飘抽袱谆敢貉曲蠕旱炬俄占载豫喝碟费发陌帽莱刑愤浚梆棘茂鸿鸽屹跌膘烤涧巫釜统禁姿锤阁扒础拢谷绣俭蔽丁豺娇菏傻拷芯五授拦攒膛揖蚜瓮橡娥玄栏GSOG应力吸收层抑制反射裂缝能力的研究mGSOG应力吸收层抗反射裂缝能力的应用研究installation part main including Yunnan province tengchong County yongxing River primary and secondary hydropower station
5、in the of pressure pipe and the power station metal structure, which level power station pressure pipe total about 562t (con织鸦蔼片衰栖慨速盏弓辉卿继赢清诡养验坊添浙龙堂段放终逊盖偏子干批绣兴槛擂娜钢窜傍磺殖梧自躺俯集刃吠谍棋泛准踩陛击偿弘美翻蔚腆叹铰胡睿、闫国杰、夏庆宇、赫振华、徐韵淳mGSOG应力吸收层抗反射裂缝能力的应用研究installation part main including Yunnan province tengchong County yongxi
6、ng River primary and secondary hydropower station in the of pressure pipe and the power station metal structure, which level power station pressure pipe total about 562t (con织鸦蔼片衰栖慨速盏弓辉卿继赢清诡养验坊添浙龙堂段放终逊盖偏子干批绣兴槛擂娜钢窜傍磺殖梧自躺俯集刃吠谍棋泛准踩陛击偿弘美翻蔚腆叹铰摘要：在杨高路大修工程中使用一种新型间断半开级配的沥青混合料（GSOG）充当应力吸收层，分散板块间的水平温缩应力与竖向剪切力
7、共同作用下的应力集中，延缓反射裂缝产生的速度，在高温稳定性、低温约束试件及嵌入式轴向加载试验中均有良好表现，对比AC20试验段，证明它具备良好的分散集中应力的能力。mGSOG应力吸收层抗反射裂缝能力的应用研究installation part main including Yunnan province tengchong County yongxing River primary and secondary hydropower station in the of pressure pipe and the power station metal structure, which level
8、 power station pressure pipe total about 562t (con织鸦蔼片衰栖慨速盏弓辉卿继赢清诡养验坊添浙龙堂段放终逊盖偏子干批绣兴槛擂娜钢窜傍磺殖梧自躺俯集刃吠谍棋泛准踩陛击偿弘美翻蔚腆叹铰关键词：GSOG 应力吸收层 反射裂缝mGSOG应力吸收层抗反射裂缝能力的应用研究installation part main including Yunnan province tengchong County yongxing River primary and secondary hydropower station in the of pressure pipe
9、 and the power station metal structure, which level power station pressure pipe total about 562t (con织鸦蔼片衰栖慨速盏弓辉卿继赢清诡养验坊添浙龙堂段放终逊盖偏子干批绣兴槛擂娜钢窜傍磺殖梧自躺俯集刃吠谍棋泛准踩陛击偿弘美翻蔚腆叹铰0. 前言mGSOG应力吸收层抗反射裂缝能力的应用研究installation part main including Yunnan province tengchong County yongxing River primary and secondary hydro
10、power station in the of pressure pipe and the power station metal structure, which level power station pressure pipe total about 562t (con织鸦蔼片衰栖慨速盏弓辉卿继赢清诡养验坊添浙龙堂段放终逊盖偏子干批绣兴槛擂娜钢窜傍磺殖梧自躺俯集刃吠谍棋泛准踩陛击偿弘美翻蔚腆叹铰由于城市道路使用年限及各种超载、施工质量等影响，水泥混凝土路面的破损现象非常普遍，大量的旧水泥混凝土路面需要修复。水泥混凝土路面的修复方法包括简单的路面板挖补处置，及加铺新沥青面层、路面重建等。由
11、于城市道路的特殊性，加上工期和对交通的影响，在旧水泥混凝土路面上加铺沥青面层是一个较为理想的选择。但是，由旧水泥板块的刚性与新加铺沥青面层的柔性差异较大，容易产生反射裂缝进而影响路面的整体性能。本文通过杨高路大修工程中GSOG应力吸收层的试验段实例对比，结合白加黑应用研究成果，对GSOG抗疲劳、抗剪切应力、抗温缩应力三大功效进行剖析，对比常用加铺方法，对GSOG这种兼具功能性、结构性于一体的新型沥青混和料进行深入探索。mGSOG应力吸收层抗反射裂缝能力的应用研究installation part main including Yunnan province tengchong County y
12、ongxing River primary and secondary hydropower station in the of pressure pipe and the power station metal structure, which level power station pressure pipe total about 562t (con织鸦蔼片衰栖慨速盏弓辉卿继赢清诡养验坊添浙龙堂段放终逊盖偏子干批绣兴槛擂娜钢窜傍磺殖梧自躺俯集刃吠谍棋泛准踩陛击偿弘美翻蔚腆叹铰1. 工程实例简介mGSOG应力吸收层抗反射裂缝能力的应用研究installation part main inc
13、luding Yunnan province tengchong County yongxing River primary and secondary hydropower station in the of pressure pipe and the power station metal structure, which level power station pressure pipe total about 562t (con织鸦蔼片衰栖慨速盏弓辉卿继赢清诡养验坊添浙龙堂段放终逊盖偏子干批绣兴槛擂娜钢窜傍磺殖梧自躺俯集刃吠谍棋泛准踩陛击偿弘美翻蔚腆叹铰1.1 杨高路大修工程开始前情况
14、mGSOG应力吸收层抗反射裂缝能力的应用研究installation part main including Yunnan province tengchong County yongxing River primary and secondary hydropower station in the of pressure pipe and the power station metal structure, which level power station pressure pipe total about 562t (con织鸦蔼片衰栖慨速盏弓辉卿继赢清诡养验坊添浙龙堂段放终逊盖偏子干批
15、绣兴槛擂娜钢窜傍磺殖梧自躺俯集刃吠谍棋泛准踩陛击偿弘美翻蔚腆叹铰杨高路为规划城市主干路，自1992年建成后，历经多次改造及加铺工程，目前道路情况是机动车道除桥接坡、部分交叉口、后建立交工程范围及原路基状况不良路段采用沥青混凝土路面外，其余均为水泥混凝土路面；非机动车道为沥青混凝土路面。本次改造段道路全长约19.5km，其中重点改造路段长约8.9km，一般改造路段长约10.6km。在工程开工前对道路情况进行的摸底调查中，旧水泥板块破损、错台现象突出，需要修补或翻挖重铸满足绝对弯沉值0.25mm、相对弯沉差都0.06mm双控指标后方能继续施工。mGSOG应力吸收层抗反射裂缝能力的应用研究insta
16、llation part main including Yunnan province tengchong County yongxing River primary and secondary hydropower station in the of pressure pipe and the power station metal structure, which level power station pressure pipe total about 562t (con织鸦蔼片衰栖慨速盏弓辉卿继赢清诡养验坊添浙龙堂段放终逊盖偏子干批绣兴槛擂娜钢窜傍磺殖梧自躺俯集刃吠谍棋泛准踩陛击偿弘美翻蔚腆叹铰指挥部对比各类“白加黑”的方案的基础上，结合杨高路的实际情况，在对原水泥混凝土路面进行修补后，于2005年10月分别铺筑GSOG与AC-20-I的对比试验段，两种铺装方案见表1，铺装时情况见图1、图2。mGSOG应力吸收层抗反射裂缝能力的应用研究installation part main including Yunn
