Optimal driving strategies for trains and solar/electric vehicles, automatic train protection and control of trains on a congested rail networks.

Nav view search

Navigation

Search

Master of Sciences Thesis

Strategic Long-Distance Operation Optimization for Solar/Electric Road Vehicles.

Development of course-specific energy use strategies for extension of vehicle operational range and average vehicle speed maximization. Original solution to the implied limited-fuel/minimum-time problem. General applicability of concept / various possible applications.

Branimir M Brankovic

This email address is being protected from spambots. You need JavaScript enabled to view it.

Optimal driving strategies for trains and solar/electric vehicles, automatic train protection and control of trains on a congested rail networks.

Details: Category: Operational Optimization of Transport Systems.; Published: Saturday, 19 August 2017 19:25; Written by Branimir; Hits: 783

INVITATION: PhD Studies at the University of South Australia, Adelaide, SA, Australia.

Was invited to pursuit a PhD research, as Proposed, in the areas of optimal driving strategies for trains and solar/electric vehicles, automatic train protection and control of trains on a congested rail networks. Ref.: Prof. Dr. Ian Milroy, University of South Australia, Adelaide, SA, Australia.