The phrase "accurate engineering" is correct and usable in written English.
It can be used when discussing the precision and correctness of engineering practices, designs, or calculations.
Example: "The success of the project relied heavily on accurate engineering to ensure safety and functionality."
Alternatives: "precise engineering" or "exact engineering".
In this paper, a technique for developing a simple, yet accurate engineering CCU model is presented.
But while Moore's Law proved to be a remarkably accurate engineering forecast for three and a half decades, it is now apparent that chip speeds are doubling even more frequently than every 18 months.
For more accurate engineering calculations, roll speed was calculated for continuous rolling and an approximate heat transfer model was proposed.
In spite of intense activities in this area, accurate engineering of anisotropy in sub-micron particles remains challenging.
Presented data may be a reference for other investigators to develop more accurate engineering beam theory or new numerical method.
It is shown that a simple polynomial co-ordinate function yields accurate, engineering results which in the case of a uniform cantilever beam are in very good agreement with To's eigenvalues.
Laser surface texturing (LST) has been recognized as a viable, fast and accurate technology for surface engineering that is used to produce significant improvements in tribological performance of sliding surfaces, including their load carrying capacity, wear resistance, lubrication lifetime and reduced friction coefficients.
Hence, calculating based on the new approach is sufficiently accurate for engineering purposes.
Results indicate that the newly developed method is robust, computationally affordable, and accurate within engineering expectations.
This approach proves to be simple and accurate for engineering calculations.
Comparison with finite element computations shows that the stiffness matrix is sufficiently accurate for engineering design.
