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Journal of Legal Affairs and Dispute Resolution in Engineering and Construction

Special Collection on Impact of Project Delivery Systems and Information Technology On Contractual Performance and Disputes
Guest Editor:
Pramen Shrestha

New technologies have offered a significant shift from conventional methods of construction engineering and management. As a result, this special issue presents an opportunity to improve construction contracts and project performance related to change orders, claims, and disputes, which in the long run may produce legal challenges in engineering and construction. The use of various project delivery systems, e.g. Construction Manager at-Risk (CMAR), Design-Build (DB), Design-Build-Operate (DBO), and Public Private Partnerships (PPP), coupled with the use of technology, have made design and construction works of both infrastructure and building projects more efficient. Building Information Modeling (BIM) and Civil Integrated Management (CIM) have provided opportunities to reduce disputes, claims, and change orders in building and highway projects, respectively, using various delivery systems.

Papers in this Collection

Adoption of Integrated Project Delivery Practices for Superior Project Performance
ORCID ID iconFlorence Y.Y. Ling; Pei Xin Teo; Shan Li; Zhe Zhang; and Qiuwen Ma
Published online July 28, 2020

Integrated Probabilistic Delay Analysis Method to Estimate Expected Outcome of Construction Delay Disputes
ORCID ID iconSinasi Bektas; M. Talat Birgonul, Ph.D. and ORCID ID iconIrem Dikmen, Ph.D.
Published online October 6, 2020

Role of Blockchain-Enabled Smart Contracts in Automating Construction Progress Payments
Hesam Hamledari, S.M.ASCE; and Martin Fischer, A.M.ASCE
Published online October 7, 2020

BIM-Enabled Streaming of Changes and Potential Claims Induced by Fast-Tracking Design-Build Projects
Mayassa Kalach; ORCID ID iconMohamed-Asem Abdul-Malak, A.M.ASCE; and Issam Srour, A.M.ASCE
Published online November 27, 2020

Data Digitization to Mitigate Legal Disputes during Reconstruction in Earthquake-Prone Areas
ORCID ID iconKishor Shrestha, Ph.D., P.E., M.ASCE; Rojina Deshar; Krishna P. Kisi, Ph.D., P.E., M.ASCE; and Tommy Taffazzoli, Ph.D.
Published online January 6, 2021

Mapping Datafication in Construction-worker Safety Research to Minimize Injury-Related Disputes
ORCID ID iconSudip Subedi, S.M.ASCE; and Nipesh Pradhananga, M.ASCE
Published online March 12, 2021

Funding and Finance Analysis of Public-Private Partnership Highway Projects: Exploratory Study
ORCID ID iconMedya Fathi, Ph.D., S.M.ASCE; and ORCID ID iconPramen P. Shrestha, Ph.D., P.E., F.ASCE
Published online May 12, 2021

Monitoring Physiological Reactions of Construction Workers in Virtual Environment: Feasibility Study Using Noninvasive Affective Sensors
ORCID ID iconSudip Subedi, S.M.ASCE; Nipesh Pradhananga, M.ASCE; and Hazal Ergun
Published online May 20, 2021