The phrase "adequate engineering" is correct and usable in written English.
You can use it when discussing the sufficiency or appropriateness of engineering practices, designs, or solutions in a given context.
Example: "The project was completed on time due to the adequate engineering applied throughout the development process."
Alternatives: "sufficient engineering" or "appropriate engineering".
Even if localized enhanced microbial activity at interfaces remains of concern, despite adequate engineering and placement methods, the potential consequences can be assessed and quantified adequately by a combination of in situ activity measurements and modeling calculations.
Concrete reinforced with steel bars can resist an earthquake if buildings are constructed with proper material and adequate engineering and supervision.
Optimized mixtures exhibited adequate engineering properties and durability.
The algorithmic procedure is quite simple, leads to adequate engineering accuracy and can be easily extended to the case of several intermediate supports.
These tests showed that the Hi-FA grouts displayed adequate engineering properties for underwater construction when the Hi-FA material was mixed with cement.
However, depending on the agglomerated materials' properties and process efficiency, artificial aggregates with adequate engineering performance may be produced by moisture treatment under atmospheric conditions.
The massive acquisition of points in a very short inspection time has converted the scanning with laser triangulation sensors an adequate technology for reverse engineering activities.
Since the definition of ConSerts relies on an adequate safety engineering backbone, we now present an engineering approach for defining ConSerts based on established safety engineering processes and techniques.
However, the mechanism of cellulase production has not been studied at the molecular level because adequate genetic engineering tools for use in A. cellulolyticus are lacking.
Failure to build in adequate safety engineering in the design and use of a radiation treatment machine led to several deaths and injuries.
Adequate surface engineering of stainless steel and titanium substrates were achieved by sputtering of SiO2 and Al2O3 based films onto them.
