SCIENTIFIC RESEARCH PROJECTS / STANDARDS - YEAR 2022

No.

PROJECTS / STANDARDS

CODE

PROJECT LEADER

DURATION

MANAGING AUTHORITY

OBJECTIVES

Development of Motor Battery Swapping System for Vietnam

Research on the Applicability of Lateritic Soil Stabilization Using Fly Ash/Blast Furnace Slag-Based Geopolymer for Road Construction

Research on the Application of Artificial Intelligence Techniques to Predict Cable Tension Forces of Cable-Stayed Bridges Using Field Monitoring Data

Research on Solutions to Improve the Quality of Academic Staff at Educational Institutions under the Ministry of Transport in the Context of the Fourth Industrial Revolution

Research on the Design and Experimental Manufacturing of a Mobile Screening Device Mounted on a Single-Bucket Excavator for Construction Material Production in Dispersed Construction Projects in Vietnam

Design drawings and experimental manufacturing of a mobile screening device mounted on a single-bucket excavator; preparation of operation manuals; reports on performance testing results; and publication of a scientific article titled “Application of SolidWorks Software in the Design of Steel Structures for Mobile Screening Devices Mounted on Single-Bucket Excavators.”

Research on Developing Train–Bridge Interaction Models and Applying Machine Learning Models in Dynamic Analysis of Typical Railway Bridges – Oriented toward Optimizing the Design of High-Speed Railway Bridges in Vietnam

Establishment of a database; publication of scientific articles; completion of the final project report; and development of the railway bridge dynamic analysis software KD-Railway_V1.2.

Research on Online Communication Solutions for Propaganda, Dissemination, and Education on Traffic Safety Laws: A Case Study in Hanoi

Development of a mobile application for traffic safety education and communication; publication of scientific articles; and completion of the final project report.

Research on the Application of Protective Tunnel Structures against Slope Failure and Rockfall on Mountainous Roads with High Landslide Risk

Preparation of draft design guidelines for protective tunnel structures; draft technological guidelines for manufacturing and construction; establishment of a database; publication of scientific articles; and completion of the final project report.

Research on Scientific Foundations and Development of a Training Framework for Traffic Safety Human Resources

Requirements for Design, Construction, and Acceptance of Reinforced Soil Retaining Walls in Transport Infrastructure

Soils for Transport Infrastructure Construction – Test Method for Dry Preparation of Soil and Scarified Soil–Aggregate Mixtures

This standard specifies procedures for dry preparation of soil and soil–aggregate mixtures collected from the field for mechanical analysis, physical testing, and other laboratory tests as required.

Soils for Transport Infrastructure Construction – Test Method for Wet Preparation of Soil and Scarified Soil–Aggregate Mixtures

This standard specifies procedures for wet preparation of soil and soil–aggregate mixtures collected from the field for mechanical analysis, physical testing, and other laboratory tests as required.

Traffic Signal Paints – Retroreflective Road Marking Tapes – Technical Requirements

Railway Applications – Fixed Installations – Procedures, Protective Measures, and Safety Demonstration for Traction Power Supply Systems

Railway Applications – Voltage Limiting Devices and DC Surge Arresters – Part 1: Gapless Metal-Oxide Surge Arresters

This standard applies to non-linear gapless metal-oxide surge arresters installed on rolling stock and trackside installations, designed to limit overvoltage in DC power systems with nominal voltages up to 3 kV in accordance with IEC 60850.

Railway Applications – Voltage Limiting Devices and DC Surge Arresters – Part 2: Voltage Limiting Devices

This standard applies to voltage limiting devices (VLDs) used in DC traction systems to protect against electric shock hazards from DC and combined AC/DC voltages, in accordance with IEC 62128, taking stray current considerations into account.

Electric Vehicle Battery Swapping Systems – Part 1: General Requirements and Guidelines

This standard provides general requirements and guidance for battery swapping systems and electric road vehicles when the vehicle traction system is switched off and the battery swapping system is connected to the electricity supply grid in accordance with IEC 60038, with AC voltages up to 1000 V and DC voltages up to 1500 V. It applies to battery swapping systems for electric vehicles equipped with one or more swappable battery systems (SBS).

Electric Vehicle Battery Swapping Systems – Part 2: Safety Requirements

This standard specifies safety requirements for battery swapping systems used to swap batteries for electric vehicles equipped with swappable battery systems (SBS). The system may be connected to AC power supplies up to 1000 V or DC power supplies up to 1500 V in accordance with IEC 60038 and may be supplied from on-site energy storage systems.