1.
Differential Analysis on Building Construction in Areas of 9 Degree Seismic Fortification Intensity
9度抗震设防烈度地区建筑施工的差异分析
2.
Discussion on the Upgrade Fortified Intensity to Vibration Tolerance of School Buildings in Fujian Province
提高福建省教育建筑抗震设防烈度的探讨
3.
Studies on the feasibility and necessity to upgrade the fortified intensity of school buildings in vibration tolerance
提高教育建筑抗震设防烈度可行性与必要性的探讨
4.
Assessment of Seismic Intensity with Mean Damage Index in an Earthquake-resistant Region
抗震设防地区评定地震烈度的平均震害指数法
5.
The Aseismic Conceptual Design of the Gymnasium Based on Optimal Fortification Intensity;
基于最优设防烈度的体育场馆的抗震概念设计
6.
Research of Seismic Fortification and Vibration Absorption Measures of Highway Tunnel in High Intensity Seismic Region
高烈度地震区公路隧道抗震设防及减震措施的研究
7.
Earthquake Intensity and Influence Field around Heyuan Area and Fortification Intensity of Xinfengjiang Reservoir Dam
河源新丰江地区地震烈度、地震影响场与新丰江水库大坝设防烈度
8.
Research on Optimal Design for Aseismic High Rising Structures with Given Intensity;
给定烈度下高层结构抗震优化设计研究
9.
Preliminary Study on Ductile Seismic Design of Continuous Beam Bridges in High Seismic Intensity Zone
高烈度区连续梁桥延性抗震设计初步研究
10.
Report On the Checking of the Defensive Earthquake Intensity of the Business Controlling Building of the Baofeng Bureau of Electricity;
宝丰电业局业务调度楼工程地震设防烈度复核工作报告
11.
Earthquake resistance and economical performance analysis of building frame in high-intensity area
8度设防区框架—抗震墙结构的抗震性能和造价增量分析
12.
Research on reforms of administrative examination regulations of earthquake fortification of building project
建设项目抗震设防行政审批制度改革研究
13.
Dynamic Character and Damage Analysis to RC Frames Based on New Seismic Code in Earthquake Intensity Category Regions 8、9;
基于新规范的八、九设防烈度区RC框架地震反应特征及损伤分析
14.
Interval estimation method of random seismic peak response for non-classically dynamic system under earthquake fortification level
设防烈度下非比例阻尼结构地震随机响应峰值区间估计方法
15.
Code for classification of seismic protection of buildings
建筑抗震设防分类标准
16.
A two-phase seismic design method appropriate to multi-storey frame structures in highly seismic region
适用于高烈度区多层框架的两阶段抗震设计方法
17.
Discussion on the seismic design of shear wall coupling beams in the high seismic fortification intensity zones
剪力墙连梁在高烈度区抗震设计中若干问题的讨论
18.
The fury of our resistance astonished the enemy.
我军抵抗的猛烈程度使敌人震惊。