MOBILITY CONFERENCE


Mobility Conference is one of the leading research topics in the international research conference domain. Mobility is a conference track under the Transport and Environment Conference which aims to bring together leading academic scientists, researchers and research scholars to exchange and share their experiences and research results on all aspects of Transport and Environment.

internationalconference.net provides a premier interdisciplinary platform for researchers, practitioners and educators to present and discuss the most recent innovations, trends, and concerns as well as practical challenges encountered and solutions adopted in the fields of (Transport and Environment).

Mobility is not just a call for academic papers on the topic; it can also include a conference, event, symposium, scientific meeting, academic, or workshop.

You are welcome to SUBMIT your research paper or manuscript to Mobility Conference Track will be held at “Transport and Environment Conference in San Francisco, United States in November 2020” - “Transport and Environment Conference in Istanbul, Turkey in November 2020” - “Transport and Environment Conference in Singapore, Singapore in November 2020” - “Transport and Environment Conference in Bangkok, Thailand in December 2020” - “Transport and Environment Conference in Paris, France in December 2020” - “Transport and Environment Conference in London, United Kingdom in February 2021” - “Transport and Environment Conference in Barcelona, Spain in April 2021” - “Transport and Environment Conference in Istanbul, Turkey in May 2021” - “Transport and Environment Conference in San Francisco, United States in June 2021” - “Transport and Environment Conference in Paris, France in July 2021” - “Transport and Environment Conference in New York, United States in August 2021” - “Transport and Environment Conference in Tokyo, Japan in September 2021” - “Transport and Environment Conference in Zürich, Switzerland in September 2021” - “Transport and Environment Conference in Barcelona, Spain in October 2021” - “Transport and Environment Conference in San Francisco, United States in November 2021” - “Transport and Environment Conference in Istanbul, Turkey in November 2021” - “Transport and Environment Conference in Singapore, Singapore in November 2021” - “Transport and Environment Conference in Bangkok, Thailand in December 2021” - “Transport and Environment Conference in Paris, France in December 2021” .

Mobility is also a leading research topic on Google Scholar, Semantic Scholar, Zenedo, OpenAIRE, BASE, WorldCAT, Sherpa/RoMEO, Elsevier, Scopus, Web of Science.

Final Call

XV. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

NOVEMBER 02 - 03, 2020
SAN FRANCISCO, UNITED STATES

Final Call

XVI. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

NOVEMBER 12 - 13, 2020
ISTANBUL, TURKEY

Final Call

XVII. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

NOVEMBER 19 - 20, 2020
SINGAPORE, SINGAPORE

XVIII. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

DECEMBER 15 - 16, 2020
BANGKOK, THAILAND

XIX. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

DECEMBER 28 - 29, 2020
PARIS, FRANCE

XX. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

FEBRUARY 13 - 14, 2021
LONDON, UNITED KINGDOM

XXI. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

APRIL 15 - 16, 2021
BARCELONA, SPAIN

XXII. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

MAY 11 - 12, 2021
ISTANBUL, TURKEY

XXIII. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

JUNE 05 - 06, 2021
SAN FRANCISCO, UNITED STATES

XXIV. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

JULY 20 - 21, 2021
PARIS, FRANCE

XXV. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

AUGUST 10 - 11, 2021
NEW YORK, UNITED STATES

XXVI. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

SEPTEMBER 10 - 11, 2021
TOKYO, JAPAN

XXVII. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

SEPTEMBER 16 - 17, 2021
ZÜRICH, SWITZERLAND

XXVIII. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

OCTOBER 21 - 22, 2021
BARCELONA, SPAIN

XXIX. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

NOVEMBER 02 - 03, 2021
SAN FRANCISCO, UNITED STATES

XXX. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

NOVEMBER 12 - 13, 2021
ISTANBUL, TURKEY

XXXI. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

NOVEMBER 19 - 20, 2021
SINGAPORE, SINGAPORE

XXXII. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

DECEMBER 15 - 16, 2021
BANGKOK, THAILAND

XXXIII. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

DECEMBER 28 - 29, 2021
PARIS, FRANCE

FINISHED

I. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

MARCH 19 - 20, 2019
ISTANBUL, TURKEY

FINISHED

III. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

AUGUST 21 - 22, 2019
LONDON, UNITED KINGDOM

FINISHED

IV. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

OCTOBER 08 - 09, 2019
NEW YORK, UNITED STATES

FINISHED

V. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

DECEMBER 12 - 13, 2019
ROME, ITALY

FINISHED

VI. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

FEBRUARY 13 - 14, 2020
LONDON, UNITED KINGDOM

FINISHED

VII. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

APRIL 15 - 16, 2020
BARCELONA, SPAIN

FINISHED

VIII. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

MAY 11 - 12, 2020
ISTANBUL, TURKEY

FINISHED

IX. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

JUNE 05 - 06, 2020
SAN FRANCISCO, UNITED STATES

FINISHED

X. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

JULY 20 - 21, 2020
PARIS, FRANCE

FINISHED

XI. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

AUGUST 10 - 11, 2020
NEW YORK, UNITED STATES

FINISHED

XII. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

SEPTEMBER 10 - 11, 2020
TOKYO, JAPAN

FINISHED

XIII. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

SEPTEMBER 16 - 17, 2020
ZÜRICH, SWITZERLAND

FINISHED

XIV. INTERNATIONAL TRANSPORT AND ENVIRONMENT CONFERENCE

OCTOBER 21 - 22, 2020
BARCELONA, SPAIN

Transport and Environment Conference Call For Papers are listed below:

Previously Published Papers on "Mobility Conference"

  • Climate Impact-Minimizing Road Infrastructure Layout for Growing Cities
    Authors: Stanislovas Buteliauskas, Aušrius Juozapavičius, Keywords: Congestion, city infrastructure, park-and-ride, road junctions. DOI:10.5281/zenodo.1340142 Abstract: City road transport contributes significantly to climate change, and the ongoing world urbanization is only increasing the problem. The paper describes a city planning concept minimizing the number of vehicles on the roads while increasing overall mobility. This becomes possible by utilizing a recently invented two-level road junction with a unique property of serving both as an intersection of uninterrupted traffic and an easily accessible transport hub capable of accumulating private vehicles, and therefore becoming an especially effective park-and-ride solution, and a logistics or business center. Optimized layouts of city road infrastructure, living and work areas, and major roads are presented. The layouts are suitable both for the development of new cities as well as for the expansion of existing ones. Costs of the infrastructure and a positive impact on climate are evaluated in comparison to current city growth patterns.
  • Landfill Failure Mobility Analysis: A Probabilistic Approach
    Authors: Ali Jahanfar, Brajesh Dubey, Bahram Gharabaghi, Saber Bayat Movahed, Keywords: Landfill failure, waste flow, Voellmy rheology, friction coefficient, waste compaction and type. DOI:10.5281/zenodo.1124319 Abstract: Ever increasing population growth of major urban centers and environmental challenges in siting new landfills have resulted in a growing trend in design of mega-landfills some with extraordinary heights and dangerously steep slopes. Landfill failure mobility risk analysis is one of the most uncertain types of dynamic rheology models due to very large inherent variabilities in the heterogeneous solid waste material shear strength properties. The waste flow of three historic dumpsite and two landfill failures were back-analyzed using run-out modeling with DAN-W model. The travel distances of the waste flow during landfill failures were calculated approach by taking into account variability in material shear strength properties. The probability distribution function for shear strength properties of the waste material were grouped into four major classed based on waste material compaction (landfills versus dumpsites) and composition (high versus low quantity) of high shear strength waste materials such as wood, metal, plastic, paper and cardboard in the waste. This paper presents a probabilistic method for estimation of the spatial extent of waste avalanches, after a potential landfill failure, to create maps of vulnerability scores to inform property owners and residents of the level of the risk.
  • Kinematic Behavior of Geogrid Reinforcements during Earthquakes
    Authors: Ahmed Hosny Abdel-Rahman, Mohamed Abdel-Moneim, Keywords: Geogrid, Soil, Interface, Cyclic Loading, Pullout, and Large scale Testing. DOI:10.5281/zenodo.1338798 Abstract: Reinforced earth structures are generally subjected to cyclic loading generated from earthquakes. This paper presents a summary of the results and analyses of a testing program carried out in a large-scale multi-function geosynthetic testing apparatus that accommodates soil samples up to 1.0 m3. This apparatus performs different shear and pullout tests under both static and cyclic loading. The testing program was carried out to investigate the controlling factors affecting soil/geogrid interaction under cyclic loading. The extensibility of the geogrids, the applied normal stresses, the characteristics of the cyclic loading (frequency, and amplitude), and initial static load within the geogrid sheet were considered in the testing program. Based on the findings of the testing program, the effect of these parameters on the pullout resistance of geogrids, as well as the displacement mobility under cyclic loading were evaluated. Conclusions and recommendations for the design of reinforced earth walls under cyclic loading are presented.
  • Appraisal on Link Lifetime Prediction Using Geographical Information
    Authors: C. Nallusamy, A. Sabari, K. Suganya, Keywords: MANET, Geographical routing, Link lifetime, Link stability. DOI:10.5281/zenodo.1338408 Abstract: Geographical routing protocol requires node physical location information to make forwarding decision. Geographical routing uses location service or position service to obtain the position of a node. The geographical information is a geographic coordinates or can be obtained through reference points on some fixed coordinate system. Link can be formed between two nodes. Link lifetime plays a crucial role in MANET. Link lifetime represent how long the link is stable without any failure between the nodes. Link failure may occur due to mobility and because of link failure energy of nodes can be drained. Thus this paper proposes survey about link lifetime prediction using geographical information.
  • The Contribution of Sulfate and Oxidized Organics in Climatically Important Ultrafine Particles at a Coral Reef Environment
    Authors: P. Vaattovaara, H. B. Swan, G. B. Jones, E. Deschaseaux, B. Miljevic, A. Laaksonen, Z. D. Ristovski, Keywords: Coral reef, DMS, particle composition, secondary organics. DOI:10.5281/zenodo.1092156 Abstract: In order to investigate the properties of coral reef origin secondary aerosol and especially the contribution of secondary organic aerosol, ethanol affinity to atmospheric nucleation mode particles (diameter
  • Application of a Modified BCR Approach to Investigate the Mobility and Availability of Trace Elements (As, Ba, Cd, Co, Cr, Cu, Mo,Ni, Pb, Zn, and Hg) from a Solid Residue Matrix Designed for Soil Amendment
    Authors: Mikko Mäkelä, Risto Pöykiö, Gary Watkins, Hannu Nurmesniemi, Olli Dahl, Keywords: BCR, bioavailability, trace element, industrialresidue, sequential extraction DOI:10.5281/zenodo.1081275 Abstract: Trace element speciation of an integrated soil amendment matrix was studied with a modified BCR sequential extraction procedure. The analysis included pseudo-total concentration determinations according to USEPA 3051A and relevant physicochemical properties by standardized methods. Based on the results, the soil amendment matrix possessed neutralization capacity comparable to commercial fertilizers. Additionally, the pseudo-total concentrations of all trace elements included in the Finnish regulation for agricultural fertilizers were lower than the respective statutory limit values. According to chemical speciation, the lability of trace elements increased in the following order: Hg < Cr < Co < Cu < As < Zn < Ni < Pb < Cd < V < Mo < Ba. The validity of the BCR approach as a tool for chemical speciation was confirmed by the additional acid digestion phase. Recovery of trace elements during the procedure assured the validity of the approach and indicated good quality of the analytical work.
  • Arsenic Mobility from Mining Tailings of Monte San Nicolas to Presa de Mata in Guanajuato, Mexico
    Authors: I. Cano-Aguilera, B. E. Rubio-Campos, G. De la Rosa, A. F. Aguilera-Alvarado, Keywords: Arsenic, mining tailings, transport. DOI:10.5281/zenodo.1332772 Abstract: Mining tailings represent a generating source of rich heavy metal material with a potential danger the public health and the environment, since these metals, under certain conditions, can leach and contaminate aqueous systems that serve like supplying potable water sources. The strategy for this work is based on the observation, experimentation and the simulation that can be obtained by binding real answers of the hydrodynamic behavior of metals leached from mining tailings, and the applied mathematics that provides the logical structure to decipher the individual effects of the general physicochemical phenomenon. The case of study presented herein focuses on mining tailings deposits located in Monte San Nicolas, Guanajuato, Mexico, an abandoned mine. This was considered the contamination source that under certain physicochemical conditions can favor the metal leaching, and its transport towards aqueous systems. In addition, the cartography, meteorology, geology and the hydrodynamics and hydrological characteristics of the place, will be helpful in determining the way and the time in which these systems can interact. Preliminary results demonstrated that arsenic presents a great mobility, since this one was identified in several superficial aqueous systems of the micro watershed, as well as in sediments in concentrations that exceed the established maximum limits in the official norms. Also variations in pH and potential oxide-reduction were registered, conditions that favor the presence of different species from this element its solubility and therefore its mobility.