1. Home
  2.  >> shaking table tests masonry

shaking table tests masonry

Dec 01, 2010 · Shaking table tests were conducted on four full-scale single-story structures to investigate the out-of-plane behavior of unreinforced masonry (URM) panels in RC frames. Specimens included one pure frame, two frames with confined masonry panels of different thicknesses, and one with infill panels

quoted price
  • shaking table testsof 1:4 reduced‐scale models ofmasonry

    shaking table testsof 1:4 reduced‐scale models ofmasonry

    Mar 23, 2001 · Abstract. Two models of masonry infilled reinforced concrete frame buildings were tested at the shaking table. Models were built in the reduced scale 1:4 using the materials produced in accordance to modelling demands of true replica modelling technique

    Get Details
  • shaking table testsand dynamic analyses ofmasonrywall

    shaking table testsand dynamic analyses ofmasonrywall

    This paper describes shaking table tests of three eight-story building models: all are masonry structures in the upper stories, with or without frame-shear walls of one-or two-stories at the bottom. The test results of damage characteristics and seismic responses are provided and compared. Then, nonlinear response analyses are conducted to examine the reliability of the dynamic analysis

    Get Details
  • shaking table testson a recycled concrete blockmasonry

    shaking table testson a recycled concrete blockmasonry

    A full scale model of a block masonry building with the tie column + ring beam + cast-in-place slab system, which was made of recycled aggregate concrete (RAC), was tested on the MTS shaking table at the State Key Laboratory for Disaster Reduction in Civil Engineering, Tongji University, Shanghai, China

    Get Details
  • shaking table testson a recycled concrete blockmasonry

    shaking table testson a recycled concrete blockmasonry

    A full scale model of a block masonry building with the tie column + ring beam + cast-in-place slab system, which was made of recycled aggregate concrete (RAC), was tested on the MTS shaking table at the State Key Laboratory for Disaster Reduction in Civil Engineering, Tongji University, Shanghai, China

    Get Details
  • (pdf) afull-scale shaking table teston a two-storey

    (pdf) afull-scale shaking table teston a two-storey

    A shaking table test on a full scale unreinforced masonry building was performed at the Eucentre laboratory within a comprehensive experimental research on seismic performance assessment of

    Get Details
  • shaking tabletesting of an existingmasonrybuilding

    shaking tabletesting of an existingmasonrybuilding

    Feb 01, 2014 · This paper aims to assess and improve the seismic performance of an existing masonry building with flexible floors, representative of a Portuguese building typology—‘gaioleiro’ buildings. The study involved seismic tests and dynamic identification tests of two models (nonstrengthened and strengthened) in the shaking table. Each model was subjected to several seismic tests with increasing

    Get Details
  • passive 3d motion optical data inshaking table testsof a

    passive 3d motion optical data inshaking table testsof a

    Having this in mind, the geometrical configuration of the cameras around the shaking table (Fig. 9) was planned to find a compromise between visibility of markers and accuracy in the Passive 3D motion optical data in shaking table tests of a SRG-reinforced masonry wall 61 Fig. 8 Flowchart that describes the procedure of displacement data

    Get Details
  • shaking table testsvalidating two strengthening

    shaking table testsvalidating two strengthening

    Masonry buildings constitute quite often a precious cultural heritage for our cities. In order to future generations can enjoy this heritage, thence, effective projects of protection should be developed against all the anthropical and natural actions which may irreparably damage old masonry buildings. However, the strengthening interventions on these constructions have to respect their

    Get Details
  • shaking table testof comparison and optimization of

    shaking table testof comparison and optimization of

    We carried out a shaking table test on a slope model reinforced by multi-anchor piles. By analyzing the characteristics of acceleration in time domain, we obtained the spatial position variation characteristics of acceleration particles represented by peak acceleration ratio (R a) and motion duration (B du).Based on Fourier variation and statistical probability scatter matrix, we proposed the

    Get Details