加载中...
扫一扫
下载苏宁易购APP
关注苏宁推客公众号
自购省钱·分享赚钱
下载苏宁金融APP
关注苏宁易购服务号
用户评价:----
物流时效:----
售后服务:----
实名认证领苏宁支付券立即领取 >
¥
提前抢
SUPER会员专享
由于此商品库存有限,请在下单后15分钟之内支付完成,手慢无哦!
欢迎光临本店铺
点我可查看更多商品哦~
100%刮中券,最高50元无敌券,券有效期7天
亲,今日还有0次刮奖机会
我的云钻:0
您的云钻暂时不足,攒足云钻再来刮
恭喜获得1张券!
今天的机会已经全部用完了,请明天再来
恭喜刮出两张券,请选择一张领取
活动自2017年6月2日上线,敬请关注云钻刮券活动规则更新。
如活动受政府机关指令需要停止举办的,或活动遭受严重网络攻击需暂停举办的,或者系统故障导致的其它意外问题,苏宁无需为此承担赔偿或者进行补偿。
醉染图书石油工业中应力腐蚀研究9787125977
¥ ×1
商品
服务
物流
Preface viiFore word ixChapter 1 Stress Corrosion Cracking Case Study of 40CrNiMo Drill Pipe Bit in Gas Field 11.1 Experimental results and analysis 21.2 Observation and Analysis of Microscopic Morphology 41.3 Conclusion 12Chapter 2 Stress corrosion crakig echanism of 40CrNiMo steel in simulated drilling fluid environment 132.1 Test Methd 42.2 Test results and discussion 15. Conclusion 26Chapter 3 Stress corrosion failure cases of P110 pipeline for CO2-driven Oil Recovery 273.1 Test results and analysis 283.2 Stress Analysis of Pipeline 373.3 Cause Analysis of Oil Pipe Cracking 383.4 Conclusion 40Chapter 4 Stress Corrosion Cracking Mechanism of P110 Tubing in Simulated Fluid of Oil Well Annulus 414.1 Test Method 424.2 Test results and analysis 444.3 Analysis of the failure mechanism for tubing stress corrosion 514.4 Conclusion 54Chapter 5 Stress Corrosion Cracking Case Studies of N80 Oil Casing under High CO2 Pressure 555.1 Test results and analysis 565.2 Stress Analysis of Pipeline 605.3 Cause Analysis of Oil Pipe Cracking 615.4 Conclusion 62Chapter 6 Stress Corrosion Crakig echanism of N80 Pipe Steel under high CO2 pressure 656.1 Experimental methods 656.2 Test results and analysis 666.3 Conclusion 77Chapter 7 Stress Corrosion Failure Analysis of Stainless Steel and 35CrMo Steel for Oil Tree 797.1 Experimental results and analysis 807.2 Analysis of Cracking Reasons of Oil Production Tree Material 867.3 Conclusion 86Chapter 8 Stress Corrosion Cracking Mechanism of 00Cr13Ni5Mo Oil Bundle Unit 898.1 Experimental Method 908.2 Test results and analysis 928.3 Discussion 1068.4 Conclusion 108Chapter 9 Stress Corrosion Cracking Process of 2205 Duplex Stainless Steel in the Simulated Environment of Oil and Gas Field 1099.1 Experimental Methd 109.2 Test results and analysis 1119.3 Discussion 1209.4 Conclusion 122Chapter 10 Stress Corrosion Cracking Case Study of Pipeline Steel in Typical Soil Environment 12510.1 Experimental methods 12610.2 Test results and analysis 13010.3 Discussion 14110.4 Conclusion 143Chapter 11 Stress Corrosion Cracking Mechanism of X70 in Acid Soil Environment 14511.1 Test methd 4611.2 Test results and analysis 14911.3 Discussion 16611.4 Conclusion 168Chapter 12 Stress Corrosion Cracking Case Study of Pipeline Steel in Typical Soil Environment 17112.1 Experimental methods 17112.2 Test results and analysis 1721. Discussion 18512.4 Conclusion 187Chapter 13 Stress Corrosion Cracking Case Study of Distillation Intake Pipe Welding Seam in Atmospheric-Vacuum Distillation Unit 18913.1 Test results and analysis 19013.2 Analysis of corrosion mechanism 19913.3 Conclusion 200Chapter 14 Stress Corrosion Cracking Process of Distillation Intake Pipe Welding Seam in Atmospheric-Vacuum Distillation Unit 20114.1 Experimental method 20214.2 Experimental results and analysis 20214.3 Analysis and discussion 21114.4 Conclusion 212Chapter 15 Stress Corrosion Cracking Case Study of Catalytic Cracking Units 21315.1 Experimental analysis of corrosion cracking failure of catalytic cracking unit 21415.2 Analysis of the Causes of Stress Corrosion Cracking 21915.3 Conclusion 224Chapter 16 Stress Corrosion Cracking Mechanism of Fluid Catalytic Cracking Unit 22516.1 Experimental method 22516.2 Experimental results and analysis 22616.3 Analysis and discussion 16.4 Conclusion 241Chapter 17 Stress Corrosion Cracking Case Study of Cold High-Pressure Separator in Hydrocracking Unit 24317.1 D405 cold and high-pressure separator equipment 24417.2 Oraig Environment of D405 Equipment 24617.3 Conclusion 251Chapter 18 Stress Corrosion Cracking Mechanism of 16Mn Steel in Wet H2S Environment 25318.1 Experimental methods 25418.2 Experimental results and analysis 25418.3 Analysis of stress corrosion crakig echanism 27018.4 Conclusion 272Chapter 19 Hydrogen Diffusion and Influencing Factors in Stress Corrosion Cracking of 16Mn Steel in Wet H2S Environment 27519.1 Experimental methods 27519.2 Experimental results 27619.3 Analysis and discussion 28119.4 Conclusion 283Chapter 20 Crack Growth Model for Stress Corrosion Cracking of 16Mn steel in Wet H2S Environment 28520.1 Basic Process of Wet H2S Cracking 28620.2 Crack Propagation Model for Wet H2S Cracking 28720.3 Application of crack growth model for wet H2S cracking 29020.4 Conclusion 297Chapter 21 Stress Corrosion Cracking Case Study of Glycine Production Plant 29921.1 Experimental results and analysis 30021.2 Analysis of Corrosion Failure Mechanism 30621.3 Conclusion 308Chapter 22 Stress Corrosion Cracking Mechanism of Glycine Production Plant 30922.1 Experimental methods 31022.2 Test results and analysis 3112. Stress Corrosion Mechanisms of 304L Stainless Steel in Glycine Synthesis Medium 31922.4 Conclusion 321Afterword 3Index 325
本书内容均为作者团队原创,全部来源于作者的研发成果:全书结合石油工业中典型应力腐蚀失效案例,深度剖析其开裂过程与机理,并实现科学模拟与重现,为石油工业腐蚀体系下应力腐蚀寿命的准确评估和安全评定提供有力佐。
抢购价:¥ 38.00
易购价:¥ 38.00
注:参加抢购将不再享受其他优惠活动
亲,很抱歉,您购买的宝贝销售异常火爆,让小苏措手不及,请稍后再试~
验证码错误
看不清楚?换一张
确定关闭
亲,大宗购物请点击企业用户渠道>小苏的服务会更贴心!
亲,很抱歉,您购买的宝贝销售异常火爆让小苏措手不及,请稍后再试~
查看我的收藏夹
非常抱歉,您前期未参加预订活动,无法支付尾款哦!
关闭
抱歉,您暂无任性付资格
继续等待
0小时0分
立即开通
SUPER会员