ScienceOpen provides the infrastructure and tools for hosting and embedding research publications on a wide range of topics, including materials science, where we have hundreds of interesting articles, books, book chapters, and preprints available for our users to discover.
New De Gruyter Materials Science Collections
To showcase their cutting-edge book and journal publications in materials science, De Gruyter Publishers has created two topical collections on ScienceOpen in the fields of Nanotechnology and Energy. Now you can search, sort, explore and share thousands of book, chapter and article records in the unique ScienceOpen discovery interface.Continue reading “Nanotechnology and Energy: Highlights from De Gruyter Materials Science Program”
At the border between chemistry and physics, between basic and industrial research, materials science draws inspiration from interdisciplinarity. It embraces a myriad of scientific disciplines—from established fields such as metallurgy and medicine, to ongoing research in nanotechnology and computer science—to develop countless products and technologies for a more comfortable and sustainable future. How ever we categorize it, discovering and engineering new materials to meet our modern challenges is crucial to our competitive technological global society.
How are ScienceOpen users working with materials science content on the platform? Researchers have started collections on silicon thin film solar cells, electron channelling contrast imaging (ECCI), photoluminescent nanomaterials, EU NanoSafety Cluster publications (journal articles), and small-angle X-ray scattering (SAXS). We welcome more researcher-led collections in materials science so contact us today for editor status.
To bring together and increase the visibility of the latest materials research, ScienceOpen has joined efforts with Carl Hanser Verlag in a partnership that integrates all of Hanser’s journal content and highlights the International Journal of Materials Research (IJMR) in the ScienceOpen discovery environment in the form of a featured collection. Continue reading “New research in materials science on ScienceOpen”
Expanding the limits of the materials available and thereby satisfying everyday needs was always a key challenge and the cornerstone of human cultural development. The constant discovery and development of new materials and the improvement of their performance to meet the challenges of the current day world grew out to be a faster and faster evolving discipline called Materials Science in the competitive global economy.
From nanotechnology, metallurgy, medical technology, aviation or computer science, materials science is used to advance understanding in a variety of research areas in order to develop smart oil refinery components, bioactive hip implants, the safest cars, the lightest notebooks and countless other new products and technologies that will make our lives safer, more sustainable and more convenient.
We at ScienceOpen want to be a part of this story. Our new partnerships with Carl Hanser Verlag, AIMS Press and Italian Group of Fracture (Gruppo Italiano Frattura) allow us to bring together the latest result of this diverse field.
Below you can find the journals now indexed on our site, and a teaser from their selected articles. Take a peek!
International Polymer Processing
As a result of our new partnership with Carl Hanser Verlag, two of their e-journals from the field of materials science, International Polymer Processing (IPP) and HTM Journal of Heat Treatment and Materials are now indexed on ScienceOpen.
IPP is dedicated to the study of polymers. As such, the journal offers original research contributions, invited review papers and recent technological developments in processing thermoplastics, thermosets, elastomers and fibers as well as polymer reaction engineering. For more than 25 years IPP, the journal of the Polymer Processing Society, provides strictly peer-reviewed, high-quality articles and rapid communications from the leading experts around the world. Articles cover topics like: