Sentence examples for more complex engineering from inspiring English sources
In the γ-Al2O3 case, a more complex engineering of the interface is needed.
The model is applied in simple boundary layer flows and in more complex engineering flows involving Navier-Stokes computations.
Rock in situ is a more complex engineering material than is typically encountered in most other engineering disciplines.
The simulation approaches have provided important insights into the dynamics of compressible homogeneous flows and now, inhomogeneous flows, and the averaged approaches have traditionally been the methodology used in replicating and predicting the more complex engineering flows.
The relative simplicity of the model leads to short run times and a lower demand on computational resources making it a useful tool for considering more complex engineering problems consisting of multiple tidal stream turbines.
In recent years, immersed tunnel confronts more complex engineering conditions and higher technical standards; there exists longer and larger immersed tunnels used as vehicle passages such as Oresund Link between Demark and Sweden, Busan Link in South Korea, and HongKong-Zhuhai-Macau(HZM) Link, which is under construction in China.
Eventually, a case of chemical treatment tank liquid level controlling minus-feedback system is analyzed to demonstrate the approach's feasibility, and by enhancing the capability with loop structured system modeling, the approach makes GO methodology more practical in more modern complex engineering systems with feedback loops.
On the other hand though, there is not a computational approach for dealing with real-world civil engineering structures such as buildings, bridges or more complex civil engineering structures taking advantage of the high-performance capabilities of contemporary personal computers.
Strategies to improve the runtime performances have also been developed, which allow for more complex metabolic engineering strategies to be identified.
The successful incorporation of DOXY onto 3-D scaffolds and its controlled release from scaffolds extends the usage of nano-fibrous scaffolds from the delivery of large molecules such as growth factors to the delivery of small hydrophilic drugs, allowing for a broader application and a more complex tissue engineering strategy.
Flapping, as you'd expect, is a lot more complex in engineering terms than spinning — especially if you also have relatively little power to play with, as it's a lightweight, battery-operated device.
