The phrase "a principle of minimum" is not standard in written English and may cause confusion.
It could be used in contexts discussing theories or concepts that involve minimalism or optimization, but it would need clarification or rephrasing for better understanding.
Example: "In our research, we applied a principle of minimum to achieve the most efficient design possible."
Alternatives: "a principle of least" or "a minimum principle".
For heat conduction, a principle of minimum entransy dissipation is established based on the second law of thermodynamics in terms of entransy dissipation, which leads to the governing equation of the steady Fourier heat conduction without heat source.
Instead, we will use a principle of minimum entropy.
Following Murray's original idea, this target state is defined by a principle of minimum work.
The method contains no adjustable parameters, as it is built on a formal Bayesian principle of minimum message length inference.
Since the diffusion and interface reaction laws remain close to the linearity required by Onsager's irreversible thermodynamics, the global selection to the asymmetric parabolic state is seen to be a quantitative illustration of the integral principle of minimum dissipation as a thermokinetic imperative.
Using a variational approach with the principle of minimum potential energy, governing equations are derived.
The governing equations for the two types of cracks are also derived using a variational approach with the principle of minimum complementary energy.
The governing equations for the general functions and the partition coefficient are derived by using a variational approach with the principle of minimum complementary energy.
In this paper, a novel algorithm based on the Principle of Minimum of the Total Potential Energy is presented.
Based on the principle of minimum energy, a dynamical model is established, and the effects of cracks and piezoelectric materials on mode shapes are analyzed.
A variational approach, based upon the principle of minimum total energy, is used to study the interfacial stability of small ellipsoidal gas bubbles moving upwards in liquids of small viscosity because of their buoyancy.
