| 1. | Standard for loadings of municipal bridge design
城市桥梁设计荷载标准 |
| 2. | Greenhouse structure design load
温室结构设计荷载 |
| 3. | Analysis on structural design load for low - rise residential cold - formed steel framing
轻型钢骨结构低层住宅设计荷载分析 |
| 4. | It belongs to geometry variable system and does not have the ability of undertaking the design load
它属于几何可变体系，不具有承担设计荷载的能力。 |
| 5. | It belongs to geometry invariable system and has the ability of undertaking the design load
结构是由不同的构件组成的几何不变体系，具有承担设计荷载的能力。 |
| 6. | Finally , the proposed method was used to analyze the wind induced response and equivalent static loads of shenzhen xiwanji tower
本文结合一具体的工程实例，分析了深圳新万基大厦的风振响应和等效设计荷载。 |
| 7. | Based on axle load spectrum , a method to calculate the maximum design load of asphalt pavements was first studied according to reliability theory
并根据轴载谱,提出了按可靠度理论计算沥青路面最大设计荷载的方法。 |
| 8. | It is 260m long and 20m wide ( including 14m of traffic lanes and 3m of pavement of each side ) with a designed load of grade 20 of automobile and grade 100 of trailer
桥梁全长260米，宽20米，其中行车道14米，两边人行道各3米，设计荷载为汽车- 20级，挂车- 100级。 |
| 9. | Under the circumstances that the same design loads , it compares with the different responses of membrane in the cable dome structure model through loading non - cooperative analysis and loading cooperative analysis
考察在相同的设计荷载下，对索穹顶结构模型，对比协同荷载分析和非协同荷载分析对膜的不同反应。 |
