登录
首页 » Others » PEERNGARecords_Unscaled (1)

PEERNGARecords_Unscaled (1)

于 2020-06-17 发布 文件大小:6652KB
0 222
下载积分: 1 下载次数: 0

代码说明:

  用于房屋、大坝、桥梁、水电站等大型结构的时程分析,根据桥梁抗震细则规范标准谱得到的25条地震波(For time history analysis of large structures such as buildings, dams, bridges and Hydropower stations, 25 seismic waves are obtained according to the standard spectrum of seismic rules for bridges.)

文件列表:

RSN1_HELENA.A_A-HMC180.AT2, 78673 , 2019-08-09
RSN1_HELENA.A_A-HMC180.VT2, 78672 , 2019-08-09
RSN1_HELENA.A_A-HMC180.DT2, 78674 , 2019-08-09
RSN1_HELENA.A_A-HMC270.AT2, 78827 , 2019-08-09
RSN1_HELENA.A_A-HMC270.VT2, 78826 , 2019-08-09
RSN1_HELENA.A_A-HMC270.DT2, 78828 , 2019-08-09
RSN1_HELENA.A_A-HMCDWN.AT2, 78905 , 2019-08-09
RSN1_HELENA.A_A-HMCDWN.VT2, 78904 , 2019-08-09
RSN1_HELENA.A_A-HMCDWN.DT2, 78906 , 2019-08-09
RSN6_IMPVALL.I_I-ELC180.AT2, 82988 , 2019-08-09
RSN6_IMPVALL.I_I-ELC180.VT2, 82987 , 2019-08-09
RSN6_IMPVALL.I_I-ELC180.DT2, 82989 , 2019-08-09
RSN6_IMPVALL.I_I-ELC270.AT2, 82603 , 2019-08-09
RSN6_IMPVALL.I_I-ELC270.VT2, 82602 , 2019-08-09
RSN6_IMPVALL.I_I-ELC270.DT2, 82604 , 2019-08-09
RSN6_IMPVALL.I_I-ELC-UP.AT2, 83064 , 2019-08-09
RSN6_IMPVALL.I_I-ELC-UP.VT2, 83063 , 2019-08-09
RSN6_IMPVALL.I_I-ELC-UP.DT2, 83065 , 2019-08-09
RSN9_BORREGO_B-ELC000.AT2, 154201 , 2019-08-09
RSN9_BORREGO_B-ELC000.VT2, 154200 , 2019-08-09
RSN9_BORREGO_B-ELC000.DT2, 154202 , 2019-08-09
RSN9_BORREGO_B-ELC090.AT2, 154202 , 2019-08-09
RSN9_BORREGO_B-ELC090.VT2, 154201 , 2019-08-09
RSN9_BORREGO_B-ELC090.DT2, 154203 , 2019-08-09
RSN9_BORREGO_B-ELC-UP.AT2, 154202 , 2019-08-09
RSN9_BORREGO_B-ELC-UP.VT2, 154201 , 2019-08-09
RSN9_BORREGO_B-ELC-UP.DT2, 154203 , 2019-08-09
RSN14_KERN_SBA042.AT2, 116409 , 2019-08-09
RSN14_KERN_SBA042.VT2, 116408 , 2019-08-09
RSN14_KERN_SBA042.DT2, 116410 , 2019-08-09
RSN14_KERN_SBA132.AT2, 116410 , 2019-08-09
RSN14_KERN_SBA132.VT2, 116409 , 2019-08-09
RSN14_KERN_SBA132.DT2, 116411 , 2019-08-09
RSN14_KERN_SBA-UP.AT2, 116563 , 2019-08-09
RSN14_KERN_SBA-UP.VT2, 116562 , 2019-08-09
RSN14_KERN_SBA-UP.DT2, 116564 , 2019-08-09
RSN15_KERN_TAF021.AT2, 83910 , 2019-08-09
RSN15_KERN_TAF021.VT2, 83909 , 2019-08-09
RSN15_KERN_TAF021.DT2, 83911 , 2019-08-09
RSN15_KERN_TAF111.AT2, 83943 , 2019-08-09
RSN15_KERN_TAF111.VT2, 83942 , 2019-08-09
RSN15_KERN_TAF111.DT2, 83944 , 2019-08-09
RSN15_KERN_TAF-UP.AT2, 83741 , 2019-08-09
RSN15_KERN_TAF-UP.VT2, 83740 , 2019-08-09
RSN15_KERN_TAF-UP.DT2, 83742 , 2019-08-09
RSN20_NCALIF.FH_H-FRN044.AT2, 123412 , 2019-08-09
RSN20_NCALIF.FH_H-FRN044.VT2, 123411 , 2019-08-09
RSN20_NCALIF.FH_H-FRN044.DT2, 123413 , 2019-08-09
RSN20_NCALIF.FH_H-FRN314.AT2, 123413 , 2019-08-09
RSN20_NCALIF.FH_H-FRN314.VT2, 123412 , 2019-08-09
RSN20_NCALIF.FH_H-FRN314.DT2, 123414 , 2019-08-09
RSN20_NCALIF.FH_H-FRN-UP.AT2, 123412 , 2019-08-09
RSN20_NCALIF.FH_H-FRN-UP.VT2, 123411 , 2019-08-09
RSN20_NCALIF.FH_H-FRN-UP.DT2, 123413 , 2019-08-09
RSN26_HOLLISTR_B-HCH181.AT2, 124870 , 2019-08-09
RSN26_HOLLISTR_B-HCH181.VT2, 124869 , 2019-08-09
RSN26_HOLLISTR_B-HCH181.DT2, 124871 , 2019-08-09
RSN26_HOLLISTR_B-HCH271.AT2, 124947 , 2019-08-09
RSN26_HOLLISTR_B-HCH271.VT2, 124946 , 2019-08-09
RSN26_HOLLISTR_B-HCH271.DT2, 124948 , 2019-08-09
RSN26_HOLLISTR_B-HCH-UP.AT2, 125408 , 2019-08-09
RSN26_HOLLISTR_B-HCH-UP.VT2, 125407 , 2019-08-09
RSN26_HOLLISTR_B-HCH-UP.DT2, 125409 , 2019-08-09
RSN28_PARKF_C12050.AT2, 68434 , 2019-08-09
RSN28_PARKF_C12050.VT2, 68433 , 2019-08-09
RSN28_PARKF_C12050.DT2, 68435 , 2019-08-09
RSN28_PARKF_C12320.AT2, 68435 , 2019-08-09
RSN28_PARKF_C12320.VT2, 68434 , 2019-08-09
RSN28_PARKF_C12320.DT2, 68436 , 2019-08-09
RSN28_PARKF_C12DWN.AT2, 68281 , 2019-08-09
RSN28_PARKF_C12DWN.VT2, 68280 , 2019-08-09
RSN28_PARKF_C12DWN.DT2, 68282 , 2019-08-09
RSN30_PARKF_C05085.AT2, 68048 , 2019-08-09
RSN30_PARKF_C05085.VT2, 68047 , 2019-08-09
RSN30_PARKF_C05085.DT2, 68049 , 2019-08-09
RSN30_PARKF_C05355.AT2, 67972 , 2019-08-09
RSN30_PARKF_C05355.VT2, 67971 , 2019-08-09
RSN30_PARKF_C05355.DT2, 67973 , 2019-08-09
RSN30_PARKF_C05DWN.AT2, 67972 , 2019-08-09
RSN30_PARKF_C05DWN.VT2, 67971 , 2019-08-09
RSN30_PARKF_C05DWN.DT2, 67973 , 2019-08-09
RSN31_PARKF_C08050.AT2, 40559 , 2019-08-09
RSN31_PARKF_C08050.VT2, 40558 , 2019-08-09
RSN31_PARKF_C08050.DT2, 40560 , 2019-08-09
RSN31_PARKF_C08320.AT2, 40637 , 2019-08-09
RSN31_PARKF_C08320.VT2, 40636 , 2019-08-09
RSN31_PARKF_C08320.DT2, 40638 , 2019-08-09
RSN31_PARKF_C08DWN.AT2, 40560 , 2019-08-09
RSN31_PARKF_C08DWN.VT2, 40559 , 2019-08-09
RSN31_PARKF_C08DWN.DT2, 40561 , 2019-08-09
RSN33_PARKF_TMB205.AT2, 47095 , 2019-08-09
RSN33_PARKF_TMB205.VT2, 47094 , 2019-08-09
RSN33_PARKF_TMB205.DT2, 47096 , 2019-08-09
RSN33_PARKF_TMB295.AT2, 47095 , 2019-08-09
RSN33_PARKF_TMB295.VT2, 47094 , 2019-08-09
RSN33_PARKF_TMB295.DT2, 47096 , 2019-08-09
RSN33_PARKF_TMBDWN.AT2, 47095 , 2019-08-09
RSN33_PARKF_TMBDWN.VT2, 47094 , 2019-08-09
RSN33_PARKF_TMBDWN.DT2, 47096 , 2019-08-09
RSN36_BORREGO_A-ELC180.AT2, 123405 , 2019-08-09

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • VED试验设计
    黏弹性阻尼器试验设计,方案以及尺寸设计,涉及到相似转换原则(Test Design of Viscoelastic Damper)
    2020-06-22 09:40:06下载
    积分:1
  • ABAQUS_VUMAT初学者用户子序小例子
    说明:  Abaqus中用于用户自定材料属性的子程序编程实例,适用于初学者。(ABAQUS subroutine programming example for user defined material properties, suitable for beginners.)
    2020-12-16 22:13:54下载
    积分:1
  • 功率谱
    说明:  求振动信号功率谱的两种代码,一种周期法,一种AR_pyuler法,支持Excel和text读取(Two codes for calculating the power spectrum of vibration signal)
    2021-04-22 17:18:48下载
    积分:1
  • swtMGLC
    说明:  铝合金门窗辅助设计营销。输入门窗洞口尺寸,系统自动打印下料单、玻璃单、示意图、收银……(Aluminum alloy doors and windows aided design marketing. Input the size of the door and window opening, the system automatically prints the blanking list, glass sheet, schematic diagram, cash register...)
    2020-06-22 05:40:02下载
    积分:1
  • Demo7-ResidualStress
    说明:  abaqus的残余应力数值模拟源文件,适合abaqus新手操作练习使用(ABAQUS source files for numerical simulation of plate constraints, suitable for ABAQUS novice operation exercises)
    2020-06-24 02:00:02下载
    积分:1
  • Autoform最全材料库
    说明:  autoform最全材料库,包含各类材料的详细参数及使用说明。(AutoForm is the most complete material library, including detailed parameters and instructions of various materials.)
    2020-12-16 22:11:57下载
    积分:1
  • test1PP
    说明:  三层框架,瑞雷阻尼。 激励是白噪声。 先计算得到理论的响应时程,理论频率,再利用响应做峰值法识别频率模态,与理论频率对比。 程序只写到了画ANPSD曲线,还需要自己写一个拾取峰值的代码。(Three story frame, Rayleigh damping. The excitation is white noise. First, the theoretical response time history and frequency are calculated, and then the peak response method is used to identify the frequency mode, which is compared with the theoretical frequency. Later, you need to write a code to pick up the frequency corresponding to the peak value.)
    2019-12-08 21:54:13下载
    积分:1
  • 3DMises
    说明:  3维米塞斯屈服准则模型,子程序为vumat,用于abaqus(ABAQUS 3-dimensional Mises yield criterion)
    2019-03-23 20:21:57下载
    积分:1
  • LoopArea2019_byCJD
    说明:  滞回环面积求解,实验数据中滞回曲线的面积计算,采用MATLAB编写。(Solving the area of hysteresis loop)
    2020-01-30 16:14:59下载
    积分:1
  • 第五次作业matlab
    说明:  利用地震波生成加速度、速度、位移反应谱曲线(Using seismic wave to generate response spectrum curve)
    2021-02-19 01:49:45下载
    积分:1
  • 696518资源总数
  • 104349会员总数
  • 32今日下载