Open Access Journals
Related Journals

Aims and Scope

Aims:

WebLog Journal of Materials Science and Engineering is an open access, multidisciplinary, double-blind, meticulously peer-reviewed online journal. WebLog Journal of Materials Science and Engineering dedicated to publish articles in all areas of material science such as aerospace engineering, mechanical engineering, metallurgical engineering, electrical/electronic engineering, civil engineering, fluid mechanics and instrumentation.

WebLog Journal of Materials Science and Engineering is an international publication with readers and authors from all over the world. Original articles, reviews, guidelines, position papers, editorials, commentary, letters to the editor, and communication are all published by WebLog Journal of Materials Science and Engineering. Articles are only accepted based on their quality and scientific significance.

The Journal's Editorial Board is made up of a dedicated team of global specialists in materials science and engineering. Every board editor actively supervises and directs the journal's development. The dissemination of accurate and practical scientific knowledge is the aim of the peer-review process. The caliber and content of the papers submitted for publication are assessed by a panel of experts in the relevant fields.

Scope:

WebLog Journal of Materials Science and Engineering widely accepts manuscripts in the following areas, but is not limited to:

Composite Materials Fibers and Matrix Materials Chemistry Mechanics and Applications in Materials Science Rubber/Elastomeric Materials Semiconductor Materials Textile Materials Thin Film and Coatings Light Emitting Material Magnetic Material Materials Chemistry Nanomaterials including Nanostructured and Nanoscale Materials Organic Materials Biological, Biomechanical and Biomedical Materials Electrical and Electronics Materials Functional Materials Metals and Alloys Nanocomposites Applications in Materials Science Carbon Nanomaterials Metal Matrix Composites Biopolymers Polymer Degradation and Stability Optoelectronic Materials