损伤变量模糊集,fuzzy subset of damage variable
1)fuzzy subset of damage variable损伤变量模糊集
2)damage variable fuzzy member损伤变量模糊数
3)fuzzy stochastic damage incremental vector functions模糊随机损伤增量方程
1.Furthermore,the simulation of fuzzy stochastic damage on pit excavation application is realized by the help of viscous-plasticfuzzy stochastic damage incremental vector functions fabrication on the basis of fuzzy damping model on damage field source and sink definition.提出了初始损伤有效张量的概念模型,在"损伤源汇"概念基础上提出了模糊衰减模型,构造了粘塑性模糊随机损伤增量方程并实现了基坑开挖过程的模糊随机损伤模拟。
4)fuzzy damage tree模糊损伤树
1.Study on equipment damage location based onfuzzy damage tree;基于模糊损伤树的设备损伤定位研究
5)damage variable损伤变量
1.Study on triaxial meso-failure mechanism anddamage variables of sandstone under chemical erosion;化学腐蚀下砂岩三轴细观损伤机理及损伤变量分析
2.The measurement of the high-cycle fatiguedamage variable and the study of the damage evolutional law;高周疲劳损伤变量的测试和损伤演变规律的研究
3.The variety of the stress-displacement curve area is selected to be thedamage variable instead of the plastic strain energy per cycle.通过316L钢在420℃环境下应力控制的低周疲劳实验,基于连续损伤力学,提出一种新的低周疲劳损伤模型,采用 间接反映循环塑性应变能的应力-位移曲线面积的变化作为损伤变量,实验结果与该模型显示的疲劳损伤演变规律符合较好。
英文短句/例句
1.Low cycle fatigue damage model and damage variable expression of rock岩石低周疲劳损伤模型与损伤变量表达方法
2.The damage factor D and the release rate of damage strain energy Y are two important parameters in Damage Mechanics.损伤因子D和损伤应变能释放率Y是损伤力学中的两个重要参量。
3.Relationship Between Injury Time and DNA Quantity in Rat Brain Contusion;大鼠脑挫伤DNA含量变化与损伤时间的关系
4.Changes of the Contents of Na,K,Ca and Mg in Rabbits after Spinal Cord Injury and Their兔脊髓损伤后钠钾钙镁含量变化及临床意义
5.Studies on Brain Lesions and Brain Volume Changes in infants with Very Low Birth Weight极低出生体重儿脑损伤与脑容量改变研究进展
6.Relationship between the Injury Time and DNA Fragmentation and its Quantity in Rat Brain;大鼠脑挫伤后神经细胞DNA片段化和含量变化与损伤时间的关系
7.In this paper, four major kinds of damages, including fatigue, dent, corrosion, and marine life, are discussed, The specific formulations to evaluate the damaged structures reliability are derived based on the analysis mentioned above.因为损伤和时间密切相关，所以在讨论损伤对结构强度的影响时，引进了时间变量。
8.Clinical significance of the changes of NO and ET in blood and CSF in acute craniocerebral injury颅脑损伤后血、脑脊液一氧化氮、内皮素含量变化及其临床意义
9.Conclusion Orphanin FQ may be an important factor in the process of acute nephridium injury after brian trauma.结论孤啡肽含量变化在脑外伤后急性肾损害过程中起重要作用。
10.Prognostic Value of Fibrinogen to Myocardial Injury after Elective Percutaneous Coronary Intervention;择期PCI前后纤维蛋白原和D-dimer含量变化与心肌损伤
11.A Study on the Change and Meaning of Flagellin in Rat with Acute Lung Injury Induced by Sepsis;脓毒症肺损伤大鼠鞭毛蛋白含量变化及其意义探讨
12.Quantitative Study of Damage Identification on City Bridge Based on Strain Modal;基于应变模态的城市桥梁损伤识别的定量化研究
13.The Relation between Serum IGF-1、NSE Leves of Vein Blood and Brain Injury in Premature Infant;早产儿静脉血IGF-1、NSE含量变化与脑损伤关系的研究
14.Research Design and Variables Selection in Study of the Relationship Between Athletic Personality and Sports Injuries;运动员人格特征与运动损伤关系研究中的研究设计与变量选择
15.Traumatic Brain Injury Patients with Cerebrospinal Fluid Myelin Basic Protein Content and Clinical Significance颅脑损伤患者脑脊液髓磷脂碱性蛋白含量变化及临床意义
16.Research on Injuries of Excessive Exercise on Rat Skeletal Muscle Damage and Changes of Enzyme in Blood过量运动对大鼠骨骼肌损伤及血液中酶活性变化的研究
17.Mechanism of glutamate-induced lactate changes in rat traumatic brain injury大鼠脑损伤后谷氨酸引起乳酸含量变化的作用机制
18.Effect of Mannitol on Brain Water Content and APQ4 Expression in Severe Traumatic Brain Injury甘露醇对重型颅脑损伤后脑组织含水量及AQP4表达的变化
相关短句/例句
damage variable fuzzy member损伤变量模糊数
3)fuzzy stochastic damage incremental vector functions模糊随机损伤增量方程
1.Furthermore,the simulation of fuzzy stochastic damage on pit excavation application is realized by the help of viscous-plasticfuzzy stochastic damage incremental vector functions fabrication on the basis of fuzzy damping model on damage field source and sink definition.提出了初始损伤有效张量的概念模型,在"损伤源汇"概念基础上提出了模糊衰减模型,构造了粘塑性模糊随机损伤增量方程并实现了基坑开挖过程的模糊随机损伤模拟。
4)fuzzy damage tree模糊损伤树
1.Study on equipment damage location based onfuzzy damage tree;基于模糊损伤树的设备损伤定位研究
5)damage variable损伤变量
1.Study on triaxial meso-failure mechanism anddamage variables of sandstone under chemical erosion;化学腐蚀下砂岩三轴细观损伤机理及损伤变量分析
2.The measurement of the high-cycle fatiguedamage variable and the study of the damage evolutional law;高周疲劳损伤变量的测试和损伤演变规律的研究
3.The variety of the stress-displacement curve area is selected to be thedamage variable instead of the plastic strain energy per cycle.通过316L钢在420℃环境下应力控制的低周疲劳实验,基于连续损伤力学,提出一种新的低周疲劳损伤模型,采用 间接反映循环塑性应变能的应力-位移曲线面积的变化作为损伤变量,实验结果与该模型显示的疲劳损伤演变规律符合较好。
6)damage variables损伤变量
1.A rational method for definingdamage variables in one dimension;一维损伤变量的合理定义方法
2.In addition,six types ofdamage variables are defined.提出了损伤应力和应变门槛值的确定方法,并定义了六种损伤变量(横观各向同性有效弹性模量损伤变量、简单有效弹性模量损伤变量、密度损伤变量、体积损伤变量、体积密度损伤变量、面积密度损伤变量),在此基础上得出了硬化屈服损伤过程中的损伤演化曲线和演化方程。
3.Assuming the function ofdamage variables under the force of pile soil,and selecting ideal flexible model,it derives a set of formulas of the load-subsidence behavior of pile under axial load considering damage,and analyses the influence of soil around pile and pile base and the relation between pile loading capacity and the initial stiffness of loading.假定桩土作用损伤变量的函数以及桩破坏时的状态,并选用理想弹性模型,导出了一组确定在损伤作用下桩顶轴向荷载—沉降曲线的解析算式,并由此分析了桩周和桩底土的影响以及桩承载力与其加载初始刚度间的关系。
延伸阅读
损伤损伤injury外力作用于身体使某部组织或器官发生结构破坏或功能障碍。可分为机械性、物理性或化学性损伤。机械性损伤可分为开放性和闭合性。
