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Modeling the Impact of Low-Carbon Procurement on Bidding Dynamics
Yasser Jezzini,
Rayan H. Assaad
Civil and Environmental Engineering
Research output
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Contribution to journal
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Article
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peer-review
1
Scopus citations
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Dive into the research topics of 'Modeling the Impact of Low-Carbon Procurement on Bidding Dynamics'. Together they form a unique fingerprint.
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Social Sciences
Public Procurement
100%
Discount Rate
100%
Global Warming
100%
USA
50%
Incentive
50%
Case Study
50%
Building Material
50%
Construction Industry
50%
Cost Factor
50%
Keyphrases
Low Carbon
100%
Procurement Policy
50%
Environmental Considerations
37%
Discount Rate
25%
Global Warming Potential
25%
Public Procurement
25%
Local Level
12%
Construction Industry
12%
Cost Factors
12%
Actionable Strategies
12%
Project Delivery
12%
Expected Profit
12%
Valuable Insight
12%
Local State
12%
Industry Professionals
12%
Parametric Distribution
12%
Low-carbon Construction Materials
12%
Asymmetrical Impact
12%
Bidding Model
12%
Winning Probability
12%
Friedman Model
12%
Bid Evaluation
12%
Federal Level
12%
Computer Science
Global Warming
100%
Research Effort
50%
Case Study
50%
And-States
50%
Project Delivery
50%
Probability Value
50%
Scenario Analysis
50%
Economics, Econometrics and Finance
Public Procurement
100%
Discount Rate
100%
Industry
50%
Incentives
50%
Construction Industry
50%
Earth and Planetary Sciences
Procurement Policy
100%
Public Procurement
50%
Global Warming Potential
50%
Construction Industry
25%
Scenario Analysis
25%
Engineering
Global Warming Potential
100%
Threshold Limit
100%
Marginals
50%