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Volume 1, D – 316: Prediction of the thermal conductivity of salt-contaminated masonry wall

Author KOSIOR-KAZBERUK, M.; EZERSKIY, V. Bialystok University of Technology, Department of Civil and Environmental Engineering Abstract Determination of heat and moisture transport processes in the presence of salts in masonry wall is rather complex due to the...

Volume 1, D – 300: Permanent monitoring of historical buildings structural health via remote control

Author ABRUZZESE, D. and MICCOLI, L. University of Rome “Tor Vergata”, Department of Civil Engineering VARI, A Videodata Sistemi ltd, Rome Abstract The permanent monitoring of structural behavior of monuments or historical buildings is crucial for the diagnosis of...

Volume 1, D – 296: Modelling of data uncertainty and numerical simulation of masonry structures

Author GRAF, W.; PANNIER, S.; PIOTROW, A. TU Dresden, Institute for Structural Analysis, Germany Abstract The challenging task in computational engineering is to model and predict numerically the behavior of engineering structures in a realistic manner. Beside...

Volume 1, D – 294: Behavior and analysis of masonry-infilled reinforced concrete frames subjected to lateral load

Author FARSHIDNIA, P.; KOLBITSCH, A. Vienna University of Technology, Institute of Building Construction and Technology Abstract Masonry infills have often been treated as nonstructural elements, and their structural presence is frequently ignored by engineers. The...

Volume 1, D – 283: Experimental investigation of solid masonry walls reinforced in different directions

Author FÓDI, A.; BÓDI, I. Budapest University of Technology and Economics, Budapest, Hungary, Department of Structural Engineering Abstract The aim of this paper is to present the influence of different reinforcement directions on the shear resistance and crack...

Volume 1, D – 254: In-situ testing of a residential unreinfoced masonry building located in New Zealand

Author DIZHUR, D.; LUMANTARNA, R.; DERAKHSHAN, H.; GRIFFITH, M.; INGHAM, J. M. University of Auckland, Department of Civil and Environmental Engineering Abstract Most research considering seismic assessment of URM walls has been conducted using laboratory based...

Volume 1, D – 246: Limit analysis of shear walls by simple equilibrium models

Author ROCA, P.; LOBATO, M.; VIVIESCAS, Á.; VILLALBA, V. Universitat Politècnica de Catalunya, Departament d’Enginyeria de la Construcció Abstract A method to estimate the ultimate capacity of walls subjected to in-plane forces is presented. The method uses...

Volume 1, D – 238: Seismic safety verification of masonry structures

Author GELLERT, C.; PARK, J.; BUTENWEG, C. RWTH Aachen, Chair of Structural Statics and Dynamics Abstract This paper presents the application of a deformation-based verification procedure adapted for masonry structures to a typical residential building in Germany....

Volume 1, D – 236: Microstructural, homogenised and multiscale models for masonry structures based on rigid

Author SALVATORI, L.; SPINELLI, P. University of Florence, Department of Civil and Environmental Engineering Abstract A microstructural model for masonry based on rigid blocks is used for deriving a continuum homogenised model. The constitutive behaviour of the...

Volume 1, D – 231: Numerical evaluation of existing mortar joint shear tests and a new test method

Author POPAL, R.; LISSEL, S. L. University of Calgary, Department of Civil Engineering Abstract The review and numerical analyses of mortar joint shear tests in the last 20 years indicates that theHofmann/Stöckl and triplet test are most capable of producing the most...

Volume 1, D – 226: Compatibility of repair mortars in restoration projects

Author SCHUEREMANS, L. and VAN BALEN, K. and CIZER, Ö. and JANSSENS, E. and SERRÉ,G. K U Leuven, Civil Engineering Department BROSENS, K. Triconsult NV, Belgium ELSEN, J. K U Leuven, Department of Earth and Environmental Sciences Abstract Mortars used for restoration...

Volume 1, D – 223: Observation of the failure mechanism of brick masonry doublets with cement and lime mortars by microfocus X-ray computed tomography

Author HENDRICKX, R.; BRUYNINCKX, K.; SCHUEREMANS, L.; KERCKHOFS, G.;VERSTRYNGE, E.; WEVERS, M.; VAN BALEN, K. Katholieke Universiteit Leuven, Civil engineering Abstract The nature of the failure mechanism of masonry under compression depends on the properties of the...

Volume 1, D – 216: In-plane cyclic shear tests of undressed double-leaf stone masonry panels

Author MAGENES, G. University of Pavia, Department of Structural Mechanics PENNA, A. EUCENTRE, Pavia GALASCO, A. University of Pavia, Department of Structural Mechanics DA PARÉ, M. ROSE School and EUCENTRE, Pavia Abstract An extended experimental programme on the...

Volume 1, D – 213: An experimental investigation of the shear properties of limestone masonry

Author HOLLAND, N. and PAUL, V. Texas A & M University, Department of Architecture NICHOLS, J. M. TAMU, Construction Science Department Abstract Limestone blocks are used in a significant number of Old World structures, such as the Narbonne Cathedral in France....

Volume 1, D – 208: Evaluation of the tipology of vertical joints on the cyclic behaviour of shear walls

Author HAACH, V. G.; VASCONCELOS, G.; LOURENÇO, P. B. ISISE, Department of Civil Engineering, University of Minho, Azurém, Guimarães, Portugal Abstract Dry vertical joints seem to be and interesting solution to be considered in a masonry building in order to ensure...

Volume 1, D – 206: An experimental investigation of retro-reinforced clay brick arches

Author GARRITY, S. W. Architectural Engineering, School of Civil Engineering, University of Leeds, UK ASHOUR, A. F. School of Engineering, Design & Technology, University of Bradford, UK CHEN, Y. Garrad Hassan and Partners Ltd, Bristol, UK Abstract This paper...

Volume 1, D – 201: A review of a dynamic test loading pattern for in-plane masonry experiments

Author NICHOLS, J. M. TAMU, Construction Science Department TOTOEV, Y. Z. The University of Newcastle, The Center for Infrastructure Performance and Reliability Abstract This project focuses on the evolution of the mechanical damage properties for un-reinforced...

Volume 1, D – 200: In-plane shake table testing of partially-grouted reinforced concrete masonry walls

Author SAIEDI, H.; LISSEL, S. L. University of Calgary, Department of Civil Engineering Abstract The performance of four partially-grouted reinforced concrete masonry shear walls in response to in plane seismic excitation was investigated by means of shake table...

Volume 1, D – 199: In-plane shear test method for reinforced concrete masonry and preliminary test results

Author DICKIE, J. E.; LISSEL, S. L. University of Calgary, Department of Civil Engineering Abstract As design provisions for masonry are based largely on empirical relationships derived from experimental results, development of a more accurate in-plane shear test...

Volume 1, D – 198: Flat-Jack tests on stone masonry walls made of large granite blocks

Author MIRANDA, L. and GUEDES, J. and COSTA, C. and ALMEIDA, C. Faculty of Engineering of University of Porto, Civil Engineering COSTA, A. University of Aveiro, Civil Engineering Dept. Abstract The Non-Destructive Testing (NDT) techniques for the evaluation of the...
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