1.
CEC: Engineering with the Elements |
2.
Innovation in Construction Engineering Education
Using Two Applications of Internet-Based Information Technology
to Provide Real-Time Project Observations |
3.
CEC: Teaching and Learning: The Critical Balance
in Effective Education |
4.
Risk and Price in the Bidding Process of
Contractors |
5.
PDM++: A Planning Framework from Construction
Requirements Perspective |
| 6.
Strategies for Planned Project Acceleration |
| 7.
Improving Productivity on a Troubled Bridge Project |
| 8.
CEC: Data Fusion Approaches and Applications for
Construction Engineering |
9.
Modeling Inter-Firm Dependency: A Game Theoretic
Simulation to Examine the Hold-Up Problem in Project Networks |
1.
Life-Cycle Assessment of Urban Water Provision: A
Tool and Case Study in California |
2.
Costs and Benefits of IEQ Improvements in LEED®
Office Buildings |
3.
A Parametric Model for Conceptual Cost Estimation
of Concrete Bridge Foundations |
4.
Guidance for Cost-Effective Selection of Pavement
Marking Materials for Work Zones |
| 5.Life
Cycle Optimization of Pavement Overlay Systems |
| 6.Sewer
Performance Reporting: Factors That Influence Blockages |
| 7.Modeling
Uncertainties in Emergency Service Resource Allocation |
| 8.A
Cost Function for Australia's Railways |
| 9.Influence
of Highway Project Characteristics on Contract Type Selection: An
Empirical Assessment |
| 10.Empirical
Modeling of Pavement Overlay Crack Progression with Field Data |
11.A
Deterioration Forecasting Model with Multi-Stage Weibull Hazard
Functions |
