"mechanism concept" is a correct and usable phrase in written English.
It refers to the underlying principles or ideas that explain how a particular mechanism works or functions. This phrase is often used in technical or scientific writing. Example: The new machine was designed based on the mechanism concept of leverage, allowing it to lift heavy objects with minimal effort.
This paper describes the mechanism concept and presents mathematical analysis of its design parameters.
Moreover, this new mechanism concept appears to be very simple both in terms of kinematics compared to the original five-bar spherical linkage and in terms of design, compared to other decoupled mechanisms.
Using the mechanism concept, realization scheme, and kinematic and dynamic models developed in the first paper of this set, this paper provides a detailed approach to fabricating these devices.
Again, very suggestively but of potential importance for a novel activation mechanism concept, the observed predicted cavity enters into an opening the A-domain of HbpR (Fig. 1C).
The research results suggested the potential of using SEA content as an instructional material to teach organic reaction mechanism concepts.
Starting with the intended function and operational constraints, we present a methodology of combining basic building blocks to generate alternate mechanism concepts.
It is expected this content would improve students understanding of organic reaction mechanism concepts when it is used as a supplementary teaching material in an organic chemistry class.
The purpose of the study is to examine the effectiveness of the Simple Explicit Animation (SEA) content for teaching organic reaction mechanism concepts.
On the basis of the actual material characteristics, the actual as-built configurations and design of the piping systems, the knowledge of possible failure mechanism, concepts for the assessment of the integrity of the systems could be developed for the different actual as well as for postulated loading conditions.
Additionally, based on the theory of mechanisms, concepts such as the number of components, degrees of freedom and degrees of hyperstatism can be considered.
Yet contemporary biology and many other special sciences, despite the widespread acceptance of the mechanism framework concept, continue to make use of the concept of function, a teleological notion (see the entry on teleological notions in biology).
