The phrase "a structural system of" is correct and usable in written English.
It can be used when describing a framework or organization that is composed of various components working together, often in fields like engineering, architecture, or sociology.
Example: "The architect proposed a structural system of beams and columns to support the new building design."
Alternatives: "a framework of" or "an organizational structure of".
Working with the New York engineer Ysrael A. Seinuk, he devised a structural system of nine tiers of interlocking four-story triangles that resolve into larger diamond patterns; even stylized H's, looked at a certain way.
And those of us with Anglo-Saxon or northern European names are rarely (if ever) randomly selected by airport security for "enhanced screening procedures". These examples illustrate the existence of a structural system of surveillance where certain segments of the population feel its weight, while others are free to ignore its existence.
The advent of performance-based earthquake engineering has placed an emphasis on simulating the nonlinear response of a structural system to seismic excitations (Filippou and Fenves 2004).
The nine steel structures have a structural system consisting of beams, columns, and concentric braces.
A multicomponent system is a structural system consisting of a certain number of components of specific form, a container and the supporting structure that interconnects the components and the container for its integrity.
Random input of accelerations is a very common application in the environmental testing of a structural system, and of any designed system.
This paper is intended to develop a method for analyzing the random seismic response of a structural system consisting of two adjacent buildings interconnected by non-linear hysteretic damping devices.
Fifteen structures are made of RC and have a structural system consisting of frames with or without structural walls.
After experimentally evaluating the field-dependent damping force of the MR mount, a structural system consisting of a flexible beam and vibrating rigid mass is established.
Furthermore, the design of a structural system is governed by the criteria of safety and serviceability.
Approximate solutions are presented to evaluate the probability of failure of a structural system using simulation results.
