Deep Roads: Innovative Solutions to alleviate traffic Jam and Pollution Problems
Journal Title: Current Trends in Civil & Structural Engineering (CTCSE) - Year 2019, Vol 3, Issue 2
Abstract
Problems caused by climate change, environmental pollution, population growth, lack of resources and limited land areas for agriculture and human habitation will require a variety of innovative solutions to be rapidly developed and implemented in the coming decades. The number of vehicles on roads worldwide is projected to reach the two billion mark by 2040 and the UK Department of Transport predicts that the traffic volumes to increase by 55% between now and then. Transport accounts for about a quarter of the UK’s greenhouse emissions which will create massive challenges for road transport systems and the environment.
Circular Economy in Hydraulic Engineering
The growing awareness of threats to the natural environment puts a lot of emphasis on the development of environmentally friendly technologies and expects that economic and civilization development will take place in a s...
Roadway Condition Survey Technologies: Past, Presence and Trend
Modern highway infrastructure management is deeply involved with a data-driven process, both at project-level and network-level. The vast amount of data come from the roadway conditions. The roadway condition survey tech...
Asset Management of Linear Civil Infrastructure – Through the Lens of a Changing Climate
Core linear civil infrastructure systems (e.g. roads, bridges, buried utilities and pipelines) are critical elements of society that meet our functional needs, sustain economic growth and development, and support our cur...
The Fire at Notre-Dame: Roof
The double roof system of the typical Gothic great church–a stone vault surmounted by a timber roof-is both decorative and functional. The steep external roof provides the necessary weather proofing dictated by northern...
Current Trends in Computational Geomechanics and Geotechnical Engineering
Computational geomechanics is the field of computational mechanics where geo-engineering systems are analyzed using the principles of mechanics through numerical methods. In those systems lie porous media with a variety...