《世界地震工程》作为建筑科学类核心期刊有较高的学术影响力和较强的理论性与实用性。
As key periodical in architecture science, the "World Earthquake Engineering" has higher academic influence power, high theoretic value and practicability.
巧合的是，世界上地震最为频繁的两个地区同时也是机器人工程学发展壮大的沃土。
Interestingly, two of the most earthquake-prone places in the world are also two of the world's hotbeds of robotics engineering.
世界上首个“避免伤害”地震工程包含后张法预应力剪力墙的木材。
World first 'damage avoidance' seismic engineering incorporates post tensioned timber shear walls.
三峡工程库首区地震监测至今已有46年，在世界水电史上也是罕见的。
Earthquake monitoring in reservoir head region of TGP started 46 years ago, which is rare in the hydraulic electricity history all over the world.
解释全球地震发生的原因和位置，宏观地说明全世界主要地震带就存在于板块分界线上，为城市建设、局址选择、工程建设提供了重要的决策依据。
It points out that the major seismic belt lies on plate boundary. It provides important decision basis for municipal construction and project site selection.
解释全球地震发生的原因和位置，宏观地说明全世界主要地震带就存在于板块分界线上，为城市建设、局址选择、工程建设提供了重要的决策依据。
It points out that the major seismic belt lies on plate boundary. It provides important decision basis for municipal construction and project site selection.
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