McNerney and Harrison [4] conducted an analysis of various APMSs and concluded that the MicroPAVER was merely based on surface distress, and was time consuming system that did not take into account the airline and airfield costs such as costs for user delays as a result of closed runways, increased roughness causing fatigue to aircraft.
In addition, it is a rather expensive and time consuming system to maintain.
A general principle that has emerged from this research is that robust, intuitive systems with lower levels of complexity and shorter task durations tend to have lower cognitive workload than more rigid, error-prone, time-consuming systems.
We found that robust, intuitive systems with lower levels of complexity and shorter task durations tend to have lower cognitive workload than more rigid, error-prone, time-consuming systems.
Commonly used adhesives for glued-in rods in timber engineering, cold curing 2C epoxies or polyurethanes, only harden relatively slowly, which makes this joint type tributary to costly and time consuming temporarily fixing systems, and their handling on site is still relatively cumbersome.
They also point to the problem of the missing definition of who is responsible for occasionally time consuming and complex systems support after deployment.
As discussed in many literatures including [3, 4, 7], although FEMs are the most accurate methods for computing grounding grid resistance, these methods are quiet complicated and time consuming for grounding system design purpose.
Parametric optimization of the FE model can be used to reduce the vibroacoustic feedback in a device during the design phase; however, it requires solving the model iteratively for multiple frequencies at different parameter values, which becomes highly time consuming when the system is large.
Since the phonon and electron phonon calculations are time consuming particularly in complicated systems, the present approach will strongly reduce the computational cost, which facilitates high-throughput superconducting material design.
However, constructing the cycle-accurate model or integrating the system is very time consuming in comparison to using system-level models and simulations.
Study and analysis of highly interconnected electrical system is time consuming and difficult; and appearance of inner uncertainty, result in system complexity with higher order, posing a great challenge to both system analysts and control engineers.
