The phrase "adequate mechanical performance" is correct and usable in written English.
It can be used in contexts where you are discussing the functionality or efficiency of a mechanical system or component.
Example: "The new engine design has been tested and shows adequate mechanical performance under various conditions."
Alternatives: "satisfactory mechanical performance" or "sufficient mechanical performance".
The potential of a multi-component laminate composite material in terms of improved flame retardancy and adequate mechanical performance is discussed.
When LLFA and GBFS substituted as high volume, in comparison with normal concrete, the SCCs showing adequate mechanical performance had been able to be produced.
One of the present challenges in polymer scaffold processing is the fabrication of three-dimensional (3D) architectures with an adequate mechanical performance to be used in the tissue engineering of hard tissues.
The study prescribed herewith proposes the ash hybridization approach between high calcium wood ash (HCWA) and Class F pulverised fuel ash (PFA) and pressurized forming technique to fabricate a low alkalinity geopolymer mortar with adequate mechanical and durability performance for industrial application.
Moreover, the hybridization of HCWA and PFA at mass ratio of 70 30, 60 40 and 50 50 can be suitably implemented for the fabrication of mortar block with adequate mechanical strength, stiffness and durability performance to be classified as load bearing masonry unit for building construction.
Each of these techniques offer specific advantages, yet none can fully encompass all requirements for optimal scaffold performance including zonal organization, adequate mechanical properties, full cellular ingress and physiological levels of ECM formation.
The development and application of foamed concrete layer, due to its mechanical performance and thermal properties seem to be an adequate solution as substructure layer for industrial floors.
The architecture is in fact among the main contributors in determining the performance of the scaffold itself in terms of both adequate mechanical support and transport of cells and compounds [ 1, 2].
The energy code limits itself to Veblen's "tangible mechanical performance".
In general, appropriate geometrical configuration of coupling sleeves, adequate embedded length of bars, and high compressive strength of grout help to enhance the grout-bar bond and, therefore, improve the mechanical performance of the splices.
Ideal GBR membranes require adequate mechanical stability in addition to optimal biological properties [4].
