A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Introduction to Highway Hydraulics: A Training Course Based on Hydraulic Design Series No. 4. Participant Workbook. NHI Course No. 13065
;Contents: Introduction; Hydrology; Fundamental Hydraulic Concepts; Open-Channel Flow Fundamentals; Open-Channel Flow Applications (Stable Channel Design; Pavement Drainage Design; Design Problem); Closed-Conduit Flow Fundamentals; Closed-Conduit Flow Applications; (Culvert Design Procedures; Storm Drain Design Procedures; Culvert Design Demonstration and Workshop); and Lessons.
Introduction to Highway Hydraulics: A Training Course Based on Hydraulic Design Series No. 4. Participant Workbook. NHI Course No. 13065
;Contents: Introduction; Hydrology; Fundamental Hydraulic Concepts; Open-Channel Flow Fundamentals; Open-Channel Flow Applications (Stable Channel Design; Pavement Drainage Design; Design Problem); Closed-Conduit Flow Fundamentals; Closed-Conduit Flow Applications; (Culvert Design Procedures; Storm Drain Design Procedures; Culvert Design Demonstration and Workshop); and Lessons.
Introduction to Highway Hydraulics: A Training Course Based on Hydraulic Design Series No. 4. Participant Workbook. NHI Course No. 13065
1997
316 pages
Report
No indication
English
Civil Engineering , Highway Engineering , Job Training & Career Development , Hydraulic engineering , Highway engineering , Training , Workbooks , Surface drainage , Open channels , Canal linings , Riprap , Slope stability , Bank stabilization , Hydraulic structures , Erosion control , Storm water runoff , Roadside maintenance , Culverts , Alluvial channels , Closed conduits , Canal construction , Hydraulic design , Flow characteristics , Flow friction , Channel flow , Closed conduit flow , Discharge(Water) , Flow equations , Calculation methods