Best Paper Awards

The study presents a comprehensive Eurocode-based finite element framework for precast and hybrid precast concrete systems using STRUSOFT FEM-Design. It systematically evaluates structural behavior under multiple load combinations in accordance with EN 1990, EN 1991, EN 1992, and EN 1998. The work further addresses critical aspects of connection behavior, load transfer mechanisms, and serviceability performance, culminating in robust design methodologies for precast elements and their joints.

The jury appreciated the depth of analysis, methodological rigor, and practical relevance of the study, particularly its contribution toward advancing reliable precast construction practices aligned with Eurocode provisions.

This innovative study presents a simple and cost-effective approach for detecting surface cracks in concrete using mechanoluminescent materials. By employing a luminescent coating based on strontium aluminate phosphor, the method enables visible crack identification through stress-induced light emission along crack paths. The experimental results demonstrate reliable crack visualization under low-light conditions without the need for complex instrumentation, highlighting strong potential for practical structural health monitoring applications.

The jury appreciated the originality of the concept, experimental clarity, and the promising contribution toward low-cost, non-contact crack detection techniques in concrete structures.