A study carried out to produce design guidance on maximum water depths and runoff rates form impervious pavements. The guidance improves on current design practice by taking into account parameters such as the pavement surface characteristics and geometry, critical storm duration and geographical location of the catchment. This paper describes the site monitoring programme for data collection that led to the development of roughness equations for various types of pavement surface. The field measurements were also used to validate a rainfall-runoff numerical model based on kinematic wave theory that was also produced as part of this study and which allowed the development of general design guidance
The conventional approach to modelling urban stormwater runoff Is to view the different impervious s...
One of the most common hydraulic risks on a pavement surface is the accumulation of surface runoff c...
Rapid urbanization greatly affects the natural rainfall drainage through infiltration. Areas of vege...
Reported in Phase I of this research is a study concerned with determining the amount of water which...
Roads and parking lots make up the largest percentage of manmade impervious surfaces in the world. L...
Although the splash and spray phenomenon produced by heavy trucks on road pavements is not a signifi...
Good water drainage is one of the most important things to consider when designing highway. Inadequa...
The great traffic and vehicle average speed increase in recent years have improved road pavements pe...
The aim of this study is to establish the effect of heavy rainfall and the chosen pavement layers on...
Water film depth (WFD) is an important factor for road traffic safety because of its direct connecti...
Manning’s roughness coefficient is one of the parameters in the Manning equation used to find unifor...
Permeable pavements play an essential role in urban drainage systems, making them the subject of gre...
Permeable Pavement (PP) models are valuable tools for studying the implementation of PPs in urban en...
When a process is too complex for rigorous mathematical formulation, and simplifying assumptions are...
Shallow sheet flows both with and without rainfall are studied on smooth and rough surfaces. Theore...
The conventional approach to modelling urban stormwater runoff Is to view the different impervious s...
One of the most common hydraulic risks on a pavement surface is the accumulation of surface runoff c...
Rapid urbanization greatly affects the natural rainfall drainage through infiltration. Areas of vege...
Reported in Phase I of this research is a study concerned with determining the amount of water which...
Roads and parking lots make up the largest percentage of manmade impervious surfaces in the world. L...
Although the splash and spray phenomenon produced by heavy trucks on road pavements is not a signifi...
Good water drainage is one of the most important things to consider when designing highway. Inadequa...
The great traffic and vehicle average speed increase in recent years have improved road pavements pe...
The aim of this study is to establish the effect of heavy rainfall and the chosen pavement layers on...
Water film depth (WFD) is an important factor for road traffic safety because of its direct connecti...
Manning’s roughness coefficient is one of the parameters in the Manning equation used to find unifor...
Permeable pavements play an essential role in urban drainage systems, making them the subject of gre...
Permeable Pavement (PP) models are valuable tools for studying the implementation of PPs in urban en...
When a process is too complex for rigorous mathematical formulation, and simplifying assumptions are...
Shallow sheet flows both with and without rainfall are studied on smooth and rough surfaces. Theore...
The conventional approach to modelling urban stormwater runoff Is to view the different impervious s...
One of the most common hydraulic risks on a pavement surface is the accumulation of surface runoff c...
Rapid urbanization greatly affects the natural rainfall drainage through infiltration. Areas of vege...