| Author |
Title of the paper |
ID |
| Habel, W.R. | Online-detection of Slipping Soil Areas by Embedded Fibre-optic Sensing Rods | 222 |
| Habel, W.R. | Importance of standardization to promote the use of SHM systems | 66 |
| Hadavinia, H. | The use of the IRT to assess Steel and FRP hybrid elements | 30 |
| Haffke, M.M. | Experimental investigation of the static bond of GFRP rebar and concrete | 287 |
| Harmanci, Y.E. | Structural Monitoring of an Innovative Construction using FBG-Strain Sensors | 148 |
| Hashemi, M.J. | A system for multi-axis substructure testing of civil structures under extreme dynamic loads | 101 |
| Hassan, M. | PHYSICAL, MECHANICAL, AND DURABILITY CHARACTERIZATION OF BASALT FRP BARS FOR CONCRETE STRUCTURES | 252 |
| Hawileh, R.A. | Evaluation of the contribution of flexural CFRP plates in shear strengthening RC beams | 274 |
| Heinrich, M. | Novel Strain Gauge Sensor made by Embroidery Technology for Integration in Concrete | 110 |
| Hibino, Y. | Behavior of mullions formed in non-structural RC partition walls with openings | 219 |
| Hindi, R. | Numerical Investigation on reinforced Concrete Columns with Opposin Spirals under Axial Compression Loads | 90 |
| Hofmann, D. | Online-detection of Slipping Soil Areas by Embedded Fibre-optic Sensing Rods | 222 |
| Hordijk, D.A. | Towards a SMART Bridge: A Bridge with Self –Monitoring –Analysing, and –Reporting Technologies | 165 |
| Horoz, B. | Modeling of Coupled Nonlinear Shear and Flexural Responses in Medium-Rise RC Walls | 187 |
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