..............page:120-122,100
..............page:87-89,63
..............page:111-115
..............page:54-55,59
..............page:103-105
..............page:101-102,119
..............page:29-31,46
Design Optimization of Two-layer Cylinder Lattice Shell of a Gymnasium
ma heng~1; li weiping~2; huo wenying~3; liu dongdong~4(1 beijing urban engineering design & research institute co.; ltd.; beijing 100037; china; 2 beijing jiangong jingjing-dafang engineering construction supervision co.; beijing 100044; china; 3 china architecture design & research group; beijing 100044; china; 4 beijing institute of civil engineering and architecture; beijing 100044; china)
..............page:60-63
..............page:83-86,82
..............page:67-69,63
..............page:10-12,9
Steel Roof Structure Design of Fudan Zhengda Gymnasium
ding jiemin~1; shen zhongxian~2; lu xiuli~1; yu zhongjun~1(1 architecture design & research institute of tongji university; shanghai 200092; china; 2 shanghai institute of architecture design & research co.; ltd.; shanghai 200092; china)
..............page:13-15,38
Design and Analysis of Large Span Spatial Steel Tubular Gymnasium Structure
jing mingyong~(1; 2); wang yuanqing~1; zhang yong~3; shi yongjiu~1; bian zhenyi~2(1 department of civil engineering; tsinghua university; beijing 100084; china; 2 baoding taihang steel structure co.; ltd.; baoding 071000; china; 3 school of civil engineering and architecture; beijing jiaotong university; beijing 100044; china)
..............page:16-18,96
..............page:32-34,73
..............page:97-100
..............page:106-110
..............page:116-119