مقالات Journal of Civil Engineering and Applied Solutions، دوره 3، شماره 3 منتشر شد

شنبه، 18 مهر، 1405

مجموعه مقالات Journal of Civil Engineering and Applied Solutions، دوره 3، شماره 3 که در سال 1406 منتشر شده بود با تعداد 12 مقاله در پایگاه سیولیکا (CIVILICA.com) نمایه سازی و منتشر شد.
Journal of Civil Engineering and Applied Solutions (Journal of Civil Engineering and Applied Solutions) توسط دانشگاه مازندران به صورت فصلی از سال 1403 منتشر می شود.

لیست و عناوین مقالات نمایه شده از دوره 3، شماره 3 این ژورنال به صورت زیر می باشد:

1. Evaluating Effective AI Models for Surface and Groundwater Quality Prediction: A Review

2. Hydrolytic Enzyme Effects on Total Coliforms in Surfactant-Rich Industrial Wastewater and Soil Extracts: A Control-Adjusted Assessment

3. Development and Application of a Simplified Multi-Criteria Framework for Soil Liquefaction Assessment: A Case Study

4. Mechanical Response of Segmental Tunnels Subjected to Reverse Faulting: Physical and Numerical Modeling

5. A Technology-Maturity-Based Foresight Portfolio Framework for Smart Seismic Structures: Integrating CRITIC, SWARA-Based Weighting, Fuzzy VIKOR, Borda Analysis, and Monte Carlo Uncertainty Assessment

6. Axial Performance of Reinforced Concrete Columns with Lap Splices and Flash-Butt Welded Splices under Concentric Compression

7. Comparative Study on Optimal Distribution of Viscous Dampers Using Genetic Algorithm and Intelligent Water Drops Under Energy-Compatible Endurance Time Excitations

8. Comparative Blast Performance of Arched and Three-Layer Space-Frame Shields for Offshore Platforms

9. Size-Dependent Constitutive Model for Normal- and High-Strength Unconfined Concrete

10. Numerical Investigation of Reinforced Concrete Deep Beams with Square Web Openings: Influence of Opening Configuration and Reinforcement Detailing

11. Compressive Strength and Sustainability Assessment of Mortar Incorporating Rice Husk Biochar as a Sustainable Cement Replacement

12. Optimization of Mechanical Properties and Quality Index of Perlite Lightweight Concrete Reinforced with Microsilica and Glass Wool Fibers Using Response Surface Methodology

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