反应谱分析,response spectrum analysis
1)response spectrum analysis反应谱分析
1.The response spectrum analysis of the terminal building of Beijing Capital Airport under multi-dimensional earthquake input;多维地震输入下首都机场航站楼T3反应谱分析
2.Full bridge earthquake response spectrum analysis of Tianjin Liulin Bridge;天津柳林大桥全桥地震反应谱分析
3.The earthquake force is calculated by response spectrum analysis method through the finite element program which is midas in order to bring forward basis to the quake-proof design of big span concrete continuous beam pier shaft and foundation section.介绍了京津城际某大跨预应力混凝土连续梁桥地震力的计算情况,运用MIDAS有限元程序,采用反应谱分析方法计算地震力,以便为大跨预应力混凝土连续梁墩身和基础部分抗震设计提供依据。
英文短句/例句

1.Seismic Analysis of Reinforced Concrete Large-bay Frames with Specially-shaped Columns by Seismic Spectrum;大开间异形柱框架的地震反应谱分析
2.Analysis on Seismic Response Spectrum of Steel Pipe Concrete Bow String Arch Bridge钢管混凝土系杆拱桥抗震反应谱分析
3.Floor Response Spectrum Analysis of Controlled Interconnected Structure System有控互连结构体系的楼层反应谱分析
4.The Seismic Response Spectral Analysis of the Large Span Highway-railway Cable Stayed Bridge;大跨度公铁两用斜拉桥地震反应谱分析
5.Seismic Response Spectrum Analysis of Main Bridge of Jiangxin Island in Nanjing南京江心洲大桥主桥的地震反应谱分析
6.The Analysis of Soil-Structure Interaction and Floor Response Spectrum for Nuclear Reactor Engineering;核反应堆工程地基—结构相互作用与楼层反应谱分析
7.Floor response spectra analysis of base-isolated structure based on PSDF隔震结构基于功率谱密度函数法的楼层反应谱分析
8.Application of Ansys to Analysis of Vibration Type Decomposition Response Spectrum of a Concrete Gravity DamAnsys在混凝土重力坝振型分解反应谱分析中的应用
9.Elastoplastic TFRS and TFRS Analysis Method for Structural Dynamic Analysis;弹塑性时频反应谱和动力分析的时频反应谱法
10.Study on Seismic Design of Single Slanted Pylon Cable-stayed Bridge With Stochastic Vibration Analysis and Response Spectrum Analysis Methods独斜塔斜拉桥抗震的功率谱法与反应谱法分析
11.Deuterium is widely used in the study of reaction mechanisms and in spectroscopic studies.氘广泛地应用于反应机理的研究和光谱分析。
12.Cantilever mode response spectrum method for seismic analysis of sluice structures水闸结构抗震分析的悬臂梁振型分解反应谱法
13.Calculation and analysis of seismic response spectra of FPS-based structures摩擦摆隔震结构地震反应谱的计算分析
14.Modified Spectrum Analysis and its Application in ECCM校正谱分析及其在电子反对抗中的应用
15.Study on the High Performance Liquid Chromatography Applied to Pharmaceutical Analysis;反相高效液相色谱法在药物分析中的应用研究
16.Hplc Analyses for Three Different Chemical Reactions;对三个不同化学反应的高效液相色谱的分析
17.Research and Application on Gas Chromatographic Methods for Analysis of Trans Fatty Acids;反式脂肪酸气相色谱分析方法的研究及应用
18.Multi-point Seismic Response Excitations Analysis Method Research for Long-Span Structure大跨度结构多点地震反应谱激励分析方法研究
相关短句/例句

spectrum analysis反应谱分析
1.3-D Seismic Spectrum Analysis of Caisson-Type Structure and Its Simplified 2-D Analysis;沉箱式结构的三维抗震反应谱分析及其简化平面分析方法
2.Compared to the inherent characteristics,the inherent period is extended and the inherent frequency is reduced by adopting base-isolation structure;the seismic response of base-isolation structure is reduced by adopting spectrum analysis,time history analysis and energy analysis to analyze the dynamic characteristics of frame structure,thus,base-iso.通过对框架结构固有特性进行分析比较,得出隔震结构能大大延长建筑结构的固有周期,降低固有频率,从而避开场地的特征周期和特征频率;分别采用反应谱分析、时程分析和能量分析三种方法对框架结构的动力特性进行分析比较,得出隔震结构的地震动响应与传统抗震结构相比有所降低,表明隔震结构起到了隔离地震的作用。
3.Three towers cable-stayed bridge without stable cable and with stable cable are calculated in two aspects of mode analysis and spectrum analysis.分别对无稳定索和有稳定索的三塔斜拉桥进行了模态分析和反应谱分析
3)three-dimensional response spectrum analysis三维反应谱分析
4)seismic response spectrum analysis地震反应谱分析
1.The dynamic characteristics and seismic response spectrum analysis of reinforced concrete frames with specially-shaped columns are discussed by using the general structural analysis software ANSYS.运用有限元软件ANSYS,对大开间钢筋混凝土异形柱框架进行了动力特性和地震反应谱分析
5)ana-lytical method of reaction spectrum反应谱分析法
6)dynamic response spectrum analysis动力反应谱分析
延伸阅读

X射线谱分析分子式:分子量:CAS号:性质:根据物质所辐射的X射线光谱以决定它的化学组分的分析方法。将被测物质放在X射线管的阳极上,使发生X射线谱,并测定谱线的波长和强度。这种方法称初级发射X射线谱分析(primary emission X-ray analysis)。或将被测物质放在X射线管内或管外附近,用X射线照射而使受到激发产生荧光X射线谱,再测定谱线的波长和强度。这种方法称荧光X射线谱分析(X-ray fluorescence analysis)。在 一般情况下,比化学分析简单、迅速、方便,并可作定性或定量分析。用于分析元素、钢铁、合金、矿物、石油产品中的硫、液体烃中的溴等。