About the Journal

The International Journal of Physical Sciences and Structural Dynamics (IJPSSD) is a highly-respected, peer-reviewed journal that helps to disseminate knowledge of basic physical concepts and their engineering uses around the world. At the crossroads of theoretical physics, applied mathematics and structural engineering, this journal provides a platform for researchers, academics and industry professionals to publish groundbreaking and paradigm-shifting research. IJPSSD covers many fields of physics such as classical mechanics, quantum mechanics, thermodynamics, materials science, astrophysics and geophysics. At the same time, the publication is focused on structural dynamics, including the acceptance of the rigorously based studies on wave propagation, seismic engineering, aeroelasticity, vibration control, and continuum mechanics. The journal brings these interconnected disciplines together, encouraging inter-disciplinary discussions that are crucial to tackling real world engineering problems, and advancing the front lines of basic physics research.

The journal uses a completely open access policy, so that its state-of-the-art research is available immediately to all research communities around the world. This limit-free access facilitates the rapid spread of knowledge and promotes swift innovations within the fields of infrastructure development, aerospace technology and renewable energy systems. All submissions are quickly and carefully reviewed by a double-blind method, managed by an international editorial board of top experts and visionaries in the field to ensure the highest level of scientific integrity. In essence, the International Journal of Physical Sciences and Structural Dynamics is not just a repository for empirical findings, but also a catalyst for the evolution of technologies and structural safety. IJPSSD is a highly distinctive, impactful and prestigious academic publication venue for authors who aim to challenge existing paradigms, introduce pioneering experimental methodologies and/or present robust analytical models, which redefine physical and structural systems.