Journal Description

In a world where technological progress relies heavily on materials innovation and engineering breakthroughs, Advanced International Journal of Material Science and Engineering (AIJMSE) assumes a pivotal role in shaping the trajectory of scientific exploration. By fostering interdisciplinary collaboration, disseminating timely insights, and encouraging researchers to stretch the limits of knowledge, AIJMSE serves as a catalyst for materials innovation and engineering excellence. As a monthly publication by Zendo Academic Publishing, AIJMSE is poised to illuminate the path of discovery, catalyzing advancements that redefine the boundaries of materials and engineering, drive technological progress, and shape the future of industries and societies alike.


The primary aim of AIJMSE is to forge a path of technological advancement through multidisciplinary exploration in materials science and engineering. In a rapidly evolving landscape where scientific boundaries are continually expanding, AIJMSE endeavors to break down silos, encouraging researchers to approach challenges with a holistic perspective and to uncover innovative solutions that shape the future of materials and engineering.

ANALYSIS OF THE PHYSICAL, MECHANICAL, AND THERMAL PROPERTIES OF A CLAY-SUPPORTED-METAL OXIDE NANOCOMPOSITE

Nanotechnology encompasses the development of material structures at very small scales to achieve specific properties, through which they can strengthen the effectiveness of materials, while, being lightweight, more durable, reactive, and entangled. It involves manipulation of matter at the atomic scale. This study develops and analyzes the physical, mechanical and thermal properties of a clay-supported-metal oxide nanocomposite. The metal oxides used were CuO and ZnO metal oxides with

Amosun Taiwo Semiu , Adus Abhon

DESIGN OF A LIGHT WEIGHT STRETCHER WITH A FOLDING MECHANISM

In the coastal area of the Niger Delta of Nigeria, wheeled vehicles are hindered because of the rough terrain. This has increased the number of deaths especially in battle fields and in an emergency situation. Therefore, the design of a lightweight stretcher with folding mechanism became necessary in such regions of the Niger Delta of Nigeria. This design presents some problems ranging from material selection, mechanism selection, and design parameters. The equations of bending and

Komonibo Ernest Bolouebi , Tudou Perewarifagha