Eman Alghalbi

Eman Alghalbi
Al-Mustansiriya University · Highway and transportation engineering

Master of Engineering

About

9
Publications
1,722
Reads
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4
Citations
Introduction
Assistant Lecturer. Current Affiliation: Al-Mustansiriyah University / College of Engineering/ Highway and Transportation Engineering Department/ Baghdad, Iraq. Area of ​​Interest: Highways and Transportation Engineering, Sustainable Materials, Structural Design, Geometric Design, Transportation Planning, Road Maintenance
Additional affiliations
May 2015 - present
Al-Mustansiriya University
Position
  • Lecturer
Description
  • Road materials,Road maintenouse وTransportation planning,highway design
Education
October 2012 - October 2015
Al-Mustansiriya University
Field of study
  • Transportation engineering

Publications

Publications (9)
Conference Paper
Recycled aggregates RA is the one of the most popular methods used to improve road sustainability, whether from concrete or asphalt pavement materials. The life cycle perspective for all construction material are important to find the way it plays in contributing to the sustainability of the paving system. When evaluate the life cycle the responsib...
Article
Full-text available
One of the most recently application for pavement performance improvement is the application of nonmaterial technology. The objectives of this research are to study the beneficial effect of using Nano Carbon Tube (NCTs) on the behavior of asphalt mixture as preliminary indications and on the performance behavior of flexible pavement system as a fin...
Article
Full-text available
Abstract: The important component in the asphalt mixture is mineral filler materials as it plays an essential part in the stiffening and toughening of asphalt binder. In addition, the mechanical properties of asphalt binder are influenced by the mineral filler, and significantly affected with respect to stripping or moisture susceptibility. This pa...
Research
Full-text available
Laboratory study for the use of recycled foundry sand to improve the performance of asphalt concrete mixture by replacement fine aggregate by waste foundry sand substitute for normal sand was conducted. The experimental work conducted for (4) different proportions (5, 15, 20 and 25)% as fine aggregate. (35) samples was prepared to examine the Marsh...
Research
Full-text available
Often rehabilitation flexible pavement expensive process, especially if the pavement problems in the substrata, whether in the base layer or natural ground layer simple surface layer does not lead to long-term solution, and are being considered in many of the secondary materials for use as alternatives to the natural aggregate in paving roads as so...
Article
Often rehabilitation flexible pavement expensive process, especially if the pavement problems in the substrata, whether in the base layer or natural ground layer simple surface layer does not lead to long-term solution, and are being considered in many of the secondary materials for use as alternatives to the natural aggregate in paving roads as so...
Preprint
Full-text available
Often rehabilitation flexible pavement expensive process, especially if the pavement problems in the substrata, whether in the base layer or natural ground layer simple surface layer does not lead to long-term solution, and are being considered in many of the secondary materials for use as alternatives to the natural aggregate in paving roads as so...

Questions

Question (1)
Question
How can I relate or create a relationship between the trip time or traffic flow and the driver’s reaction time, and evaluate it according to which mechanism?

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Cited By

Projects

Project (1)
Archived project
Pavement structures are built to support loads induced by traffic vehicle loading and to distribute them safely to each layer and the strength of each layer is reflected on the pavement as whole. In addition, the seasonal variation in moisture and temperature in road bases tends to change throughout the pavement's life. The influence of water on behavior and properties of coarse granular materials influence pavement performance