designdisciplin.com的 10 大竞争对手

visualizevalue.com

Software for writing, designing, launching, and selling online - backed by a school and six years of public work.

nieuweinstituut.nl

Nieuwe Instituut toont het werk van ontwerpers, brengt mensen met elkaar in contact, verzamelt, ontwikkelt en deelt kennis.

journals.sub.uni-hamburg.de

die staats- und universitätsbibliothek hamburg carl von ossietzky (stabi) ist hamburgs größte wissenschaftliche allgemeinbibliothek und gleichzeitig die zentrale bibliothek der universität hamburg und der anderen hochschulen der stadt.

dl.designresearchsociety.org

the drs digital library is an archive and library of publications related to the discipline of design research. our content goes back to the first drs conference in 1971 which is archived alongside current ongoing research in the field. the library includes bound volumes, individual research papers and miscellaneous editorial and archival materials.

adobe.design

In a new era of generative tools, a deeper focus on what makes work matter

library.educause.edu

the educause library is the preeminent clearing house for information about timely topics and research supporting the use and management of technology

good-design.org

Enjoy the highlights from the 2022 Australian Good Design Awards Ceremony and watch the acceptance speeches from some of the Australian Good Design Awards Best in Class Award Winners and Special Accolade recipients. Hosted by media personality, Deborah Knight, the 2022 Australian Good Design Awards Ceremony celebrated this year’s Award-winning projects in front of more […]

critinq.wordpress.com

Hoda El Shakry On 23 May, members of the UChicago Popular University for Gaza organized a graduation ceremony for students, faculty, staff, family, and community members. After the event, we all ga…

ncmedicaljournal.com

The North Carolina Medical Journal publishes original research and health policy analysis of relevance to North Carolinians.

physchemres.org

In this study, we analyzed the properties of Zr-based metallic glass using Density Functional Theory and the equation of state. The alloy exhibits uniform volume shrinkage at high pressure and increasing bulk, shear, and Young's moduli, confirming that mechanical integrity and stiffness are maintained to high pressure. The Poisson’s ratio is also nearly unchanged, suggesting the ductility is extended. The volume thermal expansion coefficient declines linearly, indicating that more anharmonic lattice vibrations are avoided. The pair distribution functions further confirm the amorphous structure and strong Zr–Zr and Zr–Cu correlations. Meanwhile, both the total and partial density of states show the dominant Zr and Ni d-states near the Fermi level, consistent with metallic conductivity. The electron localization function (ELF) indicates the presence of localized and delocalized regions in conjunction with metallic–covalent bonding. These data provide evidence that the DFT–EOS model can adequately predict the high-pressure response of BMGs and that the alloy can be utilized in high-strength, thermally sound, structural, and functional design in some extreme cases. This study is a comparative, theoretical work that relies on first-principles DFT calculations and previously reported experimental data to test the predictive power of DFT and the equation of state.