图  1  MARK Ⅲ型CCS结构力学性能的研究路线

Figure  1.  Research route for the structural mechanics performance of MARK Ⅲ CCS

图  2  MARK Ⅲ型CCS的结构^[20-22]

Figure  2.  Structure of MARK Ⅲ CCS^[20-22]

图  3  MARK Ⅲ型CCS的各层材料^[23-27]

Figure  3.  Materials for each layer of MARK Ⅲ CCS^[23-27]

图  4  波纹板的载荷条件和拉伸试验^{[23, 28]}

Figure  4.  Load conditions and tensile tests of the stainless-steel membrane^{[23, 28]}

图  5  层合板的标准试件试验及失效特征^{[24, 32]}

Figure  5.  Standard specimen testing and failure characteristics of polywood^{[24, 32]}

图  6  绝热层泡沫的标准试件试验及失效特征^{[20, 33]}

Figure  6.  Standard specimen testing and failure characteristics of PUF^{[20, 33]}

图  7  次屏壁的拉伸试验及热疲劳试验^{[26, 36]}

Figure  7.  Tensile test and thermal fatigue test of secondary barrier^{[26, 36]}

图  8  波纹板的承载性能试验^{[28, 39]}

Figure  8.  Load bearing performance test of the corrugated sheet^{[28, 39]}

图  9  绝热层泡沫的静态载荷相关研究^[42-44]

Figure  9.  Studies on static load of insulation foam^[42-44]

图  10  MARK Ⅲ型CCS整体承载能力研究^{[6, 48]}

Figure  10.  Research on the bearing capacity of MARK Ⅲ of CCS^{[6, 48]}

图  11  各向异性破坏准则分析程序^[49]

Figure  11.  Anisotropic failure criterion analysis procedure^[49]

图  12  交变载荷试验及S-N曲线^{[21, 51]}

Figure  12.  Alternating load test and S-N curves^{[21, 51]}

图  13  缩尺比例模型的晃荡试验^[52]

Figure  13.  Sloshing experiment of scaled model^[52]

图  14  液货晃荡造成的冲击^[38]

Figure  14.  Impact caused by liquid cargo sloshing^[38]

图  15  波纹板在冲击载荷下的相关研究^{[27, 31, 61]}

Figure  15.  Researches on the stainless steel membrane under impact load^{[27, 31, 61]}

图  16  绝热层泡沫在冲击载荷下的材料特征^{[21, 43, 63, 64]}

Figure  16.  Material characteristics of PUF under impact load^{[21, 43, 63, 64]}

图  17  冲击试验的失效形式^{[19, 66]}

Figure  17.  Failure modes of impact tests^{[19, 66]}

图  18  减轻晃荡载荷失效的方法

Figure  18.  Methods to reduce the failure of sloshing loads

图  19  MARK Ⅲ型CCS的失效形式总结^{[21, 24, 26, 28, 33, 39, 51]}

Figure  19.  Summary of failure modes of the Mark Ⅲ CCS^{[21, 24, 26, 28, 33, 39, 51]}