SUBJECT HEADING
LIST TO THE CEDB
You can browse this alphabetical list of Subject
headings or
you can select a letter to jump to a specific portion of the list
BT
= Broader term; NT = Narrower term; RT = Related term; SN = Scope
note; UF = Use for
Unauthorized term = Term displayed in []'s
L
Labor
RT: Employees
Labor relations
Labor unions
RT: Collective bargaining
Laboratories
Laboratory tests
BT: Tests
Lagoons
Lagrangian functions
Lakes
NT: Great Lakes
Laminar flow
BT: Flow
Laminated wood
BT: Wood
Laminates
RT: Delaminating
Land application
Land development
RT: Real estate properties
Land management
BT: Management
Land reclamation
NT: Reclamation
[Land subsidence]
Use: Subsidence
Land surveys
BT: Surveys
Land usage
Landfills
BT: Fills
NT: Sanitary landfills
Landscaping
Landslides
RT: Avalanches
Large structures
BT: Structures
Lasers
Lateral displacement
BT: Displacement
Lateral forces
BT: Force
Lateral loads
BT: Loads
NT: Pile lateral loads
Lateral pressure
BT: Pressure
Lateral stability
BT: Stability
Lateral stress
BT: Stress
[Laterites]
Use: Tropical soils
Latin America
NT: Argentina
NT: Belize
NT: Brazil
NT: Chile
NT: Colombia
NT: Costa Rica
NT: Cuba
NT: Ecuador
NT: El Salvador
NT: Guatemala
NT: Honduras
NT: Mexico
NT: Panama
NT: Peru
NT: Venezuela
Lattices
RT: Frames
[Law suits]
Use: Litigation
Laws
NT: Federal laws
NT: State laws
RT: Legal factors
RT: Legislation
RT: Regulations
Layered soils
BT: Soils
Layered systems
Leaching
Lead
BT: Metals
Leadership
RT: Management
RT: Supervision
Leakage
Lean construction
BT: Construction
Leasing
RT: Rental
Least squares method
BT: Methodology
Lebanon
BT: Asia
Left-turns
RT: Intersections
Legal factors
RT: Laws
Legislation
RT: Laws
Length
NT: Effective length
NT: Wavelength
RT: Width
Levees
BT: Embankments
RT: Dikes
Leveling
Liability
RT: Negligence
Libya
Licensing
Life cycles
Lifeline systems
BT: Infrastructure
Lift slab construction
BT: Construction
Lifting
Light rail transit
BT: Public transportation
Light, artificial
Light, natural
Lightning
Lightweight concrete
BT: Concrete
Lime
Limestone
BT: Stones
Limit analysis
BT: Analysis
Limit design
BT: Design
Limit equilibrium
BT: Equilibrium
Limit states
NT: Confidence limit
Linear analysis
BT: Analysis
Linear functions
Linear systems
RT: Nonlinear systems
Liners
NT: Clay liners
Linings
NT: Canal linings
NT: Pipe lining
NT: Tunnel linings
Liquids
NT: Nonaqueous phase liquids
Lithuania
BT: Europe
Litigation
RT: Claims
RT: Court decisions
UF: [Law suits]
Littoral currents
BT: Currents
UF: [Longshore currents]
Littoral deposits
BT: Deposition
Littoral drift
BT: Drift
Live loads
BT: Loads
Load and resistance factor design
BT: Design
UF: [LRFD]
[Load bearing capacity]
Use: Bearing capacity
Load combinations
Load criteria
Load distribution
BT: Distribution functions
Load duration
Load factors
Load resistance
BT: Resistance
Load shifting
Load tests
BT: Tests
NT: Pile load tests
Load transfer
Loading history
BT: History
Loading rate
BT: Rates
Loads
NT: Axial loads
NT: Bed loads
NT: Biaxial loads
NT: Blast loads
NT: Bridge loads
NT: Collapse loads
NT: Concentrated loads
NT: Critical loads
NT: Cyclic loads
NT: Dead loads
NT: Dynamic loads
NT: Earthquake loads
NT: Eccentric loads
NT: Failure loads
NT: Gravity loads
NT: Horizontal loads
NT: Hydraulic loads
NT: Ice loads
NT: Impact loads
NT: Impulsive loads
NT: Incremental loads
NT: Lateral loads
NT: Live loads
NT: Maximum loads
NT: Nutrient loads
NT: Organic loads
NT: Overloads
NT: Pile lateral loads
NT: Preloading
NT: Repeated loads
NT: Sediment loads
NT: Service loads
NT: Snow loads
NT: Static loads
NT: Suspended loads
NT: Tensile loads
NT: Transient loads
NT: Transverse loads
NT: Triaxial loads
NT: Ultimate loads
NT: Vertical loads
NT: Wind loads
Local governments
BT: Government
Localization
Location
NT: Residential location
Locks
Loess
Logging
RT: Forests
RT: Trees
Logistics
Long Island Sound
Long waves
BT: Waves
[Longshore currents]
Use: Littoral currents
Loops
Losses
NT: Energy losses
NT: Head loss
NT: Heat loss
NT: Electric power loss
NT: Water loss
Louisiana
BT: United States
Low flow
BT: Flow
Low head
BT: Head, fluid mechanics
[LRFD]
Use: Load and resistance factor design
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