| 1. | Lightweight aggregates for structural concrete
结构混凝土用轻质集料 |
| 2. | Standard specification for lightweight aggregates for structural concrete
结构混凝土用轻质集料的标准规范 |
| 3. | Design for reinforcement of structural concrete with strut - and - tie model method
结构混凝土拉压杆模型法配筋设计 |
| 4. | Methods of test for particle density and water absorption of lightweight fine aggregates for structural concrete
结构混凝土用轻细集料的吸水率和颗粒密度的试验方法 |
| 5. | Methods of test for particle density and water absorption of lightweight coarse aggregates for structural concrete
结构混凝土用轻粗集料的吸水率和颗粒密度的试验方法 |
| 6. | Meyer ottens c . zur frage der abplatzungen an bauteilenbei brandbeaspruchung ( spalling of structural concrete under fire ) , deutscher uss ue stahlbeton , 1975 ( 248 )
袁杰.火灾后高强混凝土结构的剩余抗力研究[ d ] .哈尔滨工业大学搏士学位论文, 2001 |
| 7. | Supplementary quality assurance requirements for installation , inspection , and testing of structural concrete , structural steel , soils , and foundations during the construction phase of nuclear power plants
核电厂建筑阶段结构混凝土,结构钢,土质和地基的安装,检验以及测试用附加质量保证要求 |
| 8. | Asce - aci committee 445 on shear and torsion , “ recent approaches to shear design of structural concrete , ” journal of structural engineering , december , pp . 1375 - 11417 ( 1998 )
李宏仁、黄世建钢筋混凝土结构不连续区域之剪力强度评估软化压拉杆模型简算法之实例应用，结构工程，第十七卷，第四期，第53 ? 70页( 2002 ) 。 |
| 9. | With the limits of information acquisition modes , the existing nondestructive detecting methods for structural concrete can only evaluate certain individual aspects of the structural concrete health
现有的各种混凝土无损检测手段受其单一的信息获取方式限制，往往只能对混凝土结构质量状况的某一方面进行评估，难以实现实时、长期监测。 |
| 10. | Piezoelectric smart concrete system can be constructed by embedding piezoelectric transducers into concrete structures . it is possible to detect the active and inactive performances of structural concrete with the piezoelectric smart system
将压电敏感元件植入混凝土中，形成敏感模块，可以在大型建筑设施中扩展成任意分布的压电机敏混凝土系统。 |
