The phrase "as a continuous system" is correct and usable in written English.
It can be used in contexts where you are describing something that functions or operates in a seamless, uninterrupted manner.
Example: "The ecosystem should be viewed as a continuous system, where every element interacts and influences the others."
Alternatives: "as an unbroken system" or "as an integrated system".
The mast is modelled as a continuous system (beam-like), subjected to wind forces.
The unit process model can be addressed using governing equations or empirical equations as a continuous system (CS).
The free vibration problem of unidirectional composite cylindrical helical springs is modelled theoretically as a continuous system considering the rotary inertia, shear and axial deformation effects.
The ribbed plate was modelled as a continuous system using equations of motion to describe the plate in flexure and the beam in both flexure and torsion.
An oblate spheroid is considered as a continuous system constructed from two spherical shell caps by matching the continuous boundary conditions.
A first concern in this regard was to set the structure of the working system and exploitations for displacements and vibrations as a continuous system.
In addition to the annual or biannual formal IPR, the appraisal process was seen as representing a continuous system of awareness of an employee's performance, with regular informal one to one discussions and tracking of performance data, identifying and addressing performance issues as they occurred.
As the beam of a continuous system has infinite eigenvalues and these eigenvalues are influenced differently by a brace, the eigenvalues show rich variation patterns.
It is computationally convenient to divide a continuous system into a number of discrete elements, which may be taken as an accurate representation of the continuous system if there are at least six elements within the shortest wavelength present, which is a condition commonly used in finite element analysis [ 76].
The systems with single and multiple degrees of freedom, as well as continuous systems are considered.
The bridge is modeled as a continuous dynamic system, while pedestrians are schematized as moving single-degree-of-freedom systems with random dynamic properties.
