Civil Engineering

Explore the latest civil engineering standards published in December 2025, covering innovative updates on road and airfield pavement technologies. This article highlights two newly released European standards: one addressing rigorous acoustic characterization of road surfaces for environmental noise control, and another detailing advanced testing methods for interlayer bonding in bituminous mixtures. Uncover essential compliance requirements, testing protocols, and technical guidance aimed at road authorities, engineers, contractors, and quality managers. Ensure your projects meet the latest benchmarks in safety, durability, and environmental performance. Read on for expert insights, compliance strategies, and direct access to full standards on iTeh Standards.

Discover the latest advancements in civil engineering standards with the publication of EN ISO 18674-7:2025 in December 2025. This international standard details requirements for geotechnical investigation and testing, specifically focusing on the measurement of strains using strain gauges and strainmeters. With improved guidelines for monitoring ground performance and structural interaction, this update is essential for engineers, quality managers, and compliance professionals. Learn about the scope, key changes, compliance benefits, and actionable insights for implementing the new requirements in your projects. Stay ahead in geotechnical monitoring by exploring this timely standard update on iTeh Standards.

Discover the latest advancements in civil engineering standards published in November 2025. This article provides detailed coverage of four newly released standards impacting railway operations, temporary road markings, and surface dressing techniques. Learn about ISO/TR 18155:2025 on train detection principles, EN 18124:2025 for temporary road markings, and two new EN standards (EN 12272-1:2025 and EN 12272-3:2025) introducing rigorous test methods for binder, chippings, and aggregate adhesivity. Gain insights into compliance, industry applications, and technical best practices, making this a must-read for civil infrastructure professionals aiming for improved safety, efficiency, and regulatory alignment.

This comprehensive monthly overview examines the five key standards published for the Civil Engineering sector in October 2025. Covering crucial areas such as railway applications, sustainable development objectives, and advanced plastics piping for drains and sewers, the featured standards provide insights into technical requirements, conformity assessment, and industry trends. The analysis explores emerging themes like sustainability alignment with SDGs, infrastructure modernization, and quality management best practices. Whether you are an engineer, quality manager, or compliance officer, this retrospective recap helps you catch up on important changes, evaluates compliance priorities, and highlights strategies for implementation. Stay informed about the latest regulatory and technical developments shaping the Civil Engineering field by reading this October 2025 standards summary.

This monthly overview examines the standards published in May 2025 for the Civil Engineering sector, providing a comprehensive analysis of three significant standards released during the period. Covering oxidative ageing in bituminous mixtures, conformity assessment for polypropylene piping systems, and the measurement of road surface sound absorption, the article explores key requirements, emerging industry themes, and practical compliance guidance. The summary helps industry professionals, quality managers, engineers, and compliance officers catch up on important publications, identify new trends in materials testing and infrastructure sustainability, and prioritize standards adoption for improved asset performance in the evolving civil engineering landscape.

Civil engineering is a crucial field that plays a vital role in shaping the infrastructure and development of communities around the world. The construction of buildings, roads, bridges, and other structures is a complex process that requires adherence to high standards of safety, reliability, and efficiency. International standards in civil engineering ensure that these structures are designed and constructed to the same level of quality across different countries, improving safety, reducing costs, and promoting sustainability.