Advancement of pavement strength to prevent frequent failures: Models for Rural Roads
Keywords:
Rural Road Infrastructure, Pavement Strength Enhancement, Sustainable Road Design, Advanced Construction Materials, Road Durability and Maintenance, Economic Impact of Road ImprovementAbstract
This paper addresses the critical challenge of frequent pavement failures in rural roads, presenting a comprehensive framework for improving their strength and durability. Recognizing the unique conditions and constraints of rural infrastructure, the study integrates innovative material research, sustainable design principles, and practical construction techniques. A systematic review of current rural road conditions and prevailing failure modes underpins the framework development. The paper proposes the utilization of advanced, cost-effective materials tailored for rural settings, alongside optimized design strategies that consider environmental and economic sustainability. Construction methodologies suitable for rural terrains and maintenance approaches that ensure long-term road integrity are detailed. The framework's potential is demonstrated through hypothetical application scenarios, underscoring its adaptability and effectiveness. An economic and social impact analysis highlights the potential benefits, including enhanced road longevity, reduced maintenance costs, and improved accessibility for rural communities. This research contributes to the field of rural infrastructure development, offering a strategic approach to address a longstanding issue affecting rural mobility and economic growth.
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