Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Digitalized platform to better utilize empty space of return runs of truck

View through CrossRef
Sri Lanka depends heavily on road for freight transportation where around 97% of domestic freight is transported by roads using trucks [1]. It was further related that half of the above trucks returning empty [1]. Such empty truck return runs go unnoticed in Sri Lanka. In other developed countries, digitalization such as digital tracking and tracing is used to minimize empty return runs of trucks by making them noticed by the parties in the supply chain. No such digital tracking and tracing is available in Sri Lanka to provide real time information on the truck operations. Therefore, the empty return runs remain unnoticed. Because of its being unnoticed, these empty space in the return runs of trucks are not used optimally. Lack of optimal use of these available space in the return runs of trucks incurs high cost of operation and lowers the net profit of truck operators. High cost and lower profit to truck operators leads to increase in charging high transportation cost from the shippers (local farmers). High transportation cost affects all the parties in the supply chain including the customers, suppliers, transport operators and the country. Therefore, the objective of this study is to propose a digitalization approach of tracking and tracing the trucks that could give real time information on truck operations in Sri Lanka. This digitalization approach can help suppliers, transport operators and regulators to better utilize the empty space available in the return runs of trucks. This approach would pave the way for better customer satisfaction as it could reduce the freight transport costs..
Title: Digitalized platform to better utilize empty space of return runs of truck
Description:
Sri Lanka depends heavily on road for freight transportation where around 97% of domestic freight is transported by roads using trucks [1].
It was further related that half of the above trucks returning empty [1].
Such empty truck return runs go unnoticed in Sri Lanka.
In other developed countries, digitalization such as digital tracking and tracing is used to minimize empty return runs of trucks by making them noticed by the parties in the supply chain.
No such digital tracking and tracing is available in Sri Lanka to provide real time information on the truck operations.
Therefore, the empty return runs remain unnoticed.
Because of its being unnoticed, these empty space in the return runs of trucks are not used optimally.
Lack of optimal use of these available space in the return runs of trucks incurs high cost of operation and lowers the net profit of truck operators.
High cost and lower profit to truck operators leads to increase in charging high transportation cost from the shippers (local farmers).
High transportation cost affects all the parties in the supply chain including the customers, suppliers, transport operators and the country.
Therefore, the objective of this study is to propose a digitalization approach of tracking and tracing the trucks that could give real time information on truck operations in Sri Lanka.
This digitalization approach can help suppliers, transport operators and regulators to better utilize the empty space available in the return runs of trucks.
This approach would pave the way for better customer satisfaction as it could reduce the freight transport costs.

Related Results

Seditious Spaces
Seditious Spaces
The title ‘Seditious Spaces’ is derived from one aspect of Britain’s colonial legacy in Malaysia (formerly Malaya): the Sedition Act 1948. While colonial rule may seem like it was ...
Halalan Toyyiban Concept in Food Truck Business
Halalan Toyyiban Concept in Food Truck Business
In Malaysia, food trucks are a popular business among Malaysians due to the nature of the business much b he easier, comfortable to the customer and the food served is cheaper comp...
Field Demonstration of the Ford 6.6L MX Methanol Engine at Arrowhead Drinking Water Company, Los Angeles, California
Field Demonstration of the Ford 6.6L MX Methanol Engine at Arrowhead Drinking Water Company, Los Angeles, California
<div class="htmlview paragraph">As part of the California Alternative-Fueled Truck Demonstration, sponsored by the California Energy Commission (CEC) and the South Coast Air ...
CFD Simulation of Aerodynamics Truck Using Cylinder as Drag Reduction Device
CFD Simulation of Aerodynamics Truck Using Cylinder as Drag Reduction Device
Reducing drag is an excellent approach to improving truck efficiency and saving fuel. The addition of the cylinder could be an alternative for drag reduction devices like the winds...
Space Safety through situational awareness
Space Safety through situational awareness
Space Situational Awareness (SSA) entails the detection, tracking, and comprehension of spaceborne objects and phenomena that could potentially affect Earth or space operations. It...
OPTIMALISASI RUTE PENGANGKUTAN SAMPAH DI KOTA MAKASSSAR MENGGUNAKAN METODE TRAVELING SALESMAN PROBLEM
OPTIMALISASI RUTE PENGANGKUTAN SAMPAH DI KOTA MAKASSSAR MENGGUNAKAN METODE TRAVELING SALESMAN PROBLEM
Pengangkutan sampah di Kota Makassar hanya dilakukan satu kali ritasi per hari akibat hambatan lalu lintas, keterbatasan bahan bakar, dan pengelolaan armada yang tidak efisien meny...
Aerodynamic Analysis on the Effects of Frontal Deflector on a Truck by using Ansys Software
Aerodynamic Analysis on the Effects of Frontal Deflector on a Truck by using Ansys Software
The main causes of aerodynamic drag for automotive vehicles are the flow separation at the rear end of the vehicles. By reducing the drag force, it is possible to increase the fuel...

Back to Top