ANALYSIS OF MODELS FOR STRATEGIC PLANNING AND DEVELOPMENT OF MODERN TRANSPORT INFRASTRUCTURES

Dimitar Dimitrov; Irena Petrova

Scientific paper ID 1784 : 2019/3

ANALYSIS OF MODELS FOR STRATEGIC PLANNING AND DEVELOPMENT OF MODERN TRANSPORT INFRASTRUCTURES

Dimitar Dimitrov, Irena Petrova

Strategic planning and development of transport infrastructure is an important task to ensure safe and quality passenger and freight transport. The models used should adequately address the reality and needs of designing and assessing infrastructure objects, corridors, plans and strategies.

This article aims to explore and analyze the patterns used to identify transport needs as well as to develop transport infrastructure and transport sites. This analysis is based on worldwide experience, trends, strategies and policies and aims to take into account the specifics of a given region. On this basis, a generalized agile model for the development of planning and development of regional infrastructure and transport sites is proposed.

• Reload article • Open/Download as PDF

управление на проекти стратегическо планиране и развитие транспортна инфраструктура проучване анализ автомобилен железопътен воден транспортproject management strategic planning and development transport infrastructure research analysis road Dimitar Dimitrov Irena Petrova

BIBLIOGRAPHY

[1] Antov A., Transportno modelirane 101 - praktichesko rakovodstvo, Sofiya, 2017, http://www.infrarch.com/101/?nav=0
( [1] Антов А., Транспортно моделиране 101 - практическо ръководство, София, 2017, http://www.infrarch.com/101/?nav=0 )

[2] Varadinova-Milkova Yu., “Modeli za ustoychivo razvitie na zhelezopatnata infrastruktura”, VTU “Todor Kableshkov”, Sofiya, 2014.
( [2] Варадинова-Милкова Ю., “Модели за устойчиво развитие на железопътната инфраструктура”, ВТУ “Тодор Каблешков”, София, 2014. )

[3] Dimitrov D., Petrova I., Prouchvane i analiz na razvitieto na transportnata infrastruktura v Balgariya i regiona, Nauchno spisanie „Mehanika Transport Komunikatsii“, ISSN 1312-3823 (print), ISSN 2367-6620 (online), tom 16, broy 3/1, st. № 1603, Sofiya, 2018, https://mtc-aj.com/library/1603.pdf
( [3] Димитров Д., Петрова И., Проучване и анализ на развитието на транспортната инфраструктура в България и региона, Научно списание „Механика Транспорт Комуникации“, ISSN 1312-3823 (print), ISSN 2367-6620 (online), том 16, брой 3/1, ст. № 1603, София, 2018, https://mtc-aj.com/library/1603.pdf )

[4] Integrirana transportna strategiya do 2030 g., odobrena ot Ministerskiya savet na Republika Balgariya, https://www.mtitc.government.bg/bg/category...
( [4] Интегрирана транспортна стратегия до 2030 г., одобрена от Министерския съвет на Република България, https://www.mtitc.government.bg/bg/category... )

[5] Klyambarski L., Savremenno sastoyanie na nauchnite izsledvaniya v sferata na transportnoto planirane i modelirane, Studiya, Izdatelstvo na VTU „Todor Kableshkov“, Sofiya, 2017
( [5] Клямбарски Л., Съвременно състояние на научните изследвания в сферата на транспортното планиране и моделиране, Студия, Издателство на ВТУ „Тодор Каблешков“, София, 2017 )

[6] Razmov T., Klyambarski L., Modeliraneto na transportniya trafik – osnoven instrument za kompleksna otsenka na infrastrukturni proekti i merki za podobryavane na rabotata na transportniya sektor, Nauchno-prakticheska konferentsiya „Mobilnost za edin svarzan svyat”, 28 oktomvri 2016 god., UNSS, Sofiya
( [6] Размов Т., Клямбарски Л., Моделирането на транспортния трафик – основен инструмент за комплексна оценка на инфраструктурни проекти и мерки за подобряване на работата на транспортния сектор, Научно-практическа конференция „Мобилност за един свързан свят”, 28 октомври 2016 год., УНСС, София )

[7] Semenov Vladislav, Ermakov A., Istoricheskiy analiz modelirovaniya transportnyh protsessov i transportnoy infrastruktury, Institut prikladnoy matematiki imeni M. V. Keldysha, Rossiyskoy akademii nauk, Moskva, 2015
( [7] Семёнов Владислав, Ермаков А., Исторический анализ моделирования транспортных процессов и транспортной инфраструктуры, Институт прикладной математики имени М. В. Келдыша, Российской академии наук, Москва, 2015 )

[8] Antov A., Multi-Criteria Analysis for Transport Infrastructure Projects, Bucharest, 2018, http://www.infrarch.com/101/?nav=1

[9] Manifesto for Agile Software Development, http://agilemanifesto.org/

[10] Olga Marinova, New Principles in IT Project Management Through Agile Methodologies, Announcements of the Union of Scientists, Varna, 2015 г.

[11] Razmov Т., Assessment Of The Current State And The Potential Development Of Passenger Rail Transport In The Republic Of Bulgaria, XV International Scientific Conference ”Management and Engineering” 17 (25-28 June 2017 Sozopol) Tom II pp 860-869 ISSN 1310-3946 and ISSN 1314-6327

[12] Todorova M., Monitoring on Rail Transport Condition in Eastern European Countries, Mechanics Transport Communications - Academic Journal ISSN 1312-3823 and ISSN 2367-6620, Sofia, 2015, https://mtc-aj.com/library/1154.pdf

[13] Tuzkaya U., Onut S. and Tuzkaya G., A Strategic planning methodology for the multimodal transportation systems: a case study from Turkey, Journal of Applied Mathematics ID 931456, 23 pages, 2014

[14] Valkov R. and Krumov Z. 2010 Infrastructure Project Implementation Within Crisis Conditions, Collection Z 15, Int. Sci. Conf. Resolving Crisis Situations (Zilina Slovakia) 789–94

[15] Oughton Edward J., Usher Will, Tyler Peter and Hall Jim W, Infrastructure as a complex adaptive system, Complexity, Volume 2018, Article ID 3427826, 11 pages, https://doi.org/10.1155/2018/3427826