A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Effectiveness of Subsurface Drainage
;Contents: Comparison of Pavement Drainage Systems; Estimating Permeability of Untreated Roadway Bases; Laboratory Study of Hydraulic Conductivity for Coarse Aggregate Bases; Evaluation of Pavement Edge Drains and Their Effect on Pavement Performance; In Situ Test for Hydraulic Conductivity of Drainage Bases; Indiana Subdrainage Experience and Application; and Review of Studies Concerning Effects of Unbound Crushed Concrete Bases on PCC Pavement Drainage.
Effectiveness of Subsurface Drainage
;Contents: Comparison of Pavement Drainage Systems; Estimating Permeability of Untreated Roadway Bases; Laboratory Study of Hydraulic Conductivity for Coarse Aggregate Bases; Evaluation of Pavement Edge Drains and Their Effect on Pavement Performance; In Situ Test for Hydraulic Conductivity of Drainage Bases; Indiana Subdrainage Experience and Application; and Review of Studies Concerning Effects of Unbound Crushed Concrete Bases on PCC Pavement Drainage.
Effectiveness of Subsurface Drainage
1996
65 pages
Report
No indication
English
Highway Engineering , Roadbed subsurface drainage , Subsurface flow , Design analysis , Roadbed base courses , Roadbeds , Pavement bases , Aggregates , Concretes , Chips , Recycled materials , Runoff , Water effects , Road conditions , Hydraulic conductivity , Permeability , Subgrades , Drainage systems , Hydraulic properties
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