Integrating a novel multiple-objective FBI with BIM to determine tradeoff among resources in project scheduling
Project managers face a challenge when they must trade-off various resource factors such
as time, cost, quality, safety, and the environment. Such challenges increase with the size …
as time, cost, quality, safety, and the environment. Such challenges increase with the size …
Sustainability assessment for construction projects: A cost-sustainability tradeoff approach
Organizations are facing demands from their regulators, clients, and society to embrace
sustainable practices in their projects so that the project when executed is not only beneficial …
sustainable practices in their projects so that the project when executed is not only beneficial …
Modeling and multi-objective optimization of time, greenhouse gas emissions, and resources for sustainable construction projects
Traditionally, project scheduling and environmental impact assessment are carried out
separately which is ill-suited for modern organizations as creating a project plan that …
separately which is ill-suited for modern organizations as creating a project plan that …
[HTML][HTML] Tradeoff different construction project goals in using a novel multi-objective sea horse algorithm
Construction project managers aspire to achieve projects of the highest quality while
minimizing time and cost. Presently, most trade-off analysis models focus predominantly on …
minimizing time and cost. Presently, most trade-off analysis models focus predominantly on …
Multiple objective social group optimization for time–cost–quality–carbon dioxide in generalized construction projects
This study presents a novel approach named as “multiple objective social group
optimization”(MOSGO) to tradeoff time, cost, quality, and carbon dioxide emission (TCQC) …
optimization”(MOSGO) to tradeoff time, cost, quality, and carbon dioxide emission (TCQC) …
A robust multi-objective optimization model for project scheduling considering risk and sustainable development criteria
M Askarifard, H Abbasianjahromi, M Sepehri… - Environment …, 2021 - Springer
There is limited research that considers the sustainability aspect of the projects' schedule.
The present study proposes a model to cover this gap by considering sustainable …
The present study proposes a model to cover this gap by considering sustainable …
Artificial intelligent support model for multiple criteria decision in construction management
In this study, the factors impacting building projects in Vietnam are discussed. A hybrid
model, entitled Slime Mould Algorithm Opposition Tournament Mutation, which integrates …
model, entitled Slime Mould Algorithm Opposition Tournament Mutation, which integrates …
A Mathematical Model for Optimizing NPV and Greenhouse Gases for Construction Projects Under Carbon Emissions Constraints
Traditionally, projects have been scheduled with a primary focus on optimizing economic
bene-fits, often at the expense of environmental considerations. However, in today's context …
bene-fits, often at the expense of environmental considerations. However, in today's context …
Time–cost–quality–CO2 emissions optimization in construction management using slime mold algorithm opposition tournament mutation
The concurrent time–cost–quality–CO2 (TCQC) emission trade-off optimization in projects in
urban areas is difficult because the factors always contradict each other. This study …
urban areas is difficult because the factors always contradict each other. This study …
AEHO: Apriori-based optimized model for building construction to time-cost tradeoff modeling
R Gupta, MK Trivedi - IEEE Access, 2022 - ieeexplore.ieee.org
Time and cost are the two most crucial aspects to consider in planning any building project.
The project's overall objective is to complete the projects on schedule, under cost, and to …
The project's overall objective is to complete the projects on schedule, under cost, and to …