The phrase "advancement of structure" is correct and usable in written English.
It can be used in contexts discussing progress or improvement related to a specific structure, whether in architecture, organization, or systems.
Example: "The advancement of structure in modern architecture has led to more sustainable and efficient buildings."
Alternatives: "progress of framework" or "development of system".
An art such as medicine or a science such as mathematics is not the invention of any particular individual; and although individuals have contributed and are contributing to the advancement of each structure, they do so not in their personal capacity but as embodying impersonal intelligence.
In Tuebingen, an interventional multiphase concept has been chosen, and the development of the Research Institute parallel to the advancement of the internal structure of the University Hospital for Women is currently underway.
Rapid advancement of the understanding of the structure and function of cell adhesion molecules (i.e., integrins, cadherins) has impacted the design and development of drugs (i.e., peptide, proteins) with the potential to treat cancer and heart and autoimmune diseases.
Modeling and simulation of composites for advancement of materials design in composition, structure, interface, and properties is also a special focus.
Similarly, despite the ever increasing amount of structure and affinity data, the general advancements in the development of empirical scoring functions have been rather moderate over the past years.
The advancement of technology to make micro-mechanical structure using semiconductor fabrication processes leads the application of electrical components including transistors, capacitors, and inductors for microelectromechanical systems (MEMS) [1, 2, 3, 4, 5, 6].
A nonlinear finite element approach is adopted here for tracing the spatial and temporal advancement of the carbonation front in concrete structures with and without cracks.
With the advancement of 3D printing, variable-density cellular structures can be fabricated with high precision using this emerging manufacturing technology.
Thus, developing and/or improving individual methods are critically important for further advancement of the accuracy of fold recognition and structure prediction.
