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Sai Kiran Mayakuntla
Sai Kiran Mayakuntla
Research Scholar, Indian Institute of Science
Verified email at iisc.ac.in
Title
Cited by
Cited by
Year
A novel methodology for construction of driving cycles for Indian cities
SK Mayakuntla, A Verma
Transportation research part D: transport and environment 65, 725-735, 2018
602018
Review of studies on mixed traffic flow: perspective of developing economies
SK M., A Verma
Transportation in Developing Economies 2 (1), 5, 2016
39*2016
Traffic signal timing optimization for heterogeneous traffic conditions using modified Webster’s delay model
A Verma, G Nagaraja, CS Anusha, SK Mayakuntla
Transportation in Developing Economies 4, 1-13, 2018
212018
The Curious Case of Transportation Systems in a Post COVID-19 World: A Summary of Impacts, Strategic Interventions, and Possible Policy Implications.
A Verma, A Chandra, H Allirani, PS Karthika, H Vajjarapu, RS Nitwal, ...
72020
Cell transmission modeling of heterogeneous disordered traffic
SK Mayakuntla, A Verma
Journal of Transportation Engineering, Part A: Systems 145 (7), 04019027, 2019
72019
Imputation of trip data for a docked bike-sharing system
MM Thomas, A Verma, SK Mayakuntla
Current Science 122 (3), 310-318, 2022
52022
Dynamic traffic assignment with a node-based cell transmission model satisfying the link-level first-in-first-out principle
SK Mayakuntla, A Verma
Engineering Archive, 2019
12019
A novel simulation based approach for user-based redistribution in bike-sharing system
MM Thomas, A Verma, SK Mayakuntla, A Chandra
Simulation modelling practice and theory 131, 102871, 2024
2024
Assessing the Impact of Underground Utility Works on Road Traffic and Users: A Study from an Indian City
A Verma, P Anbazhagan, SK Mayakuntla, FA Bhat
International Conference on Transportation Infrastructure Projects …, 2022
2022
Macroscopic modelling of heterogeneous, disordered road traffic flow
SK Mayakuntla
2020
A COMPLEMENTARITY FORMULATION FOR THE SYSTEM OPTIMAL DYNAMIC TRAFFIC ASSIGNMENT PROBLEM EMBEDDED WITH A NODE-BASED FLOW PROPAGATION MODEL
SK Mayakuntla, A Verma
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Articles 1–11