Sentence examples for approaches for temperature from inspiring English sources

There are two general approaches for temperature profile estimation, some like heat balance are accurate but slow.

As the process is composed of three nonlinear subsystems, two approaches for temperature control are compared; the centralized one, which solves the global control problem as a full MISO (Multi-Input Single-Output) problem, and the decentralized approach, which decomposes the global control problem into manageable subproblems.

A new Proper Orthogonal Decomposition (POD) based reduced order modeling approach for temperature field calculation in multi-scale convective systems is presented.

This alternative approach matches finite element analysis (FEA) trend well and gives quite accurate predictions of test results by Vila Real et al. Applying this new approach, the over-conservatism of the EC3 approach for temperature below 500°C can be reduced.

However, this is a promising approach for temperature-sensitive substrates and after all faster and cheaper than conventional nanolithography techniques like e-beam lithography.

The first area concerns different smoothing approaches for time, temperature, and humidity.

Our experimental approaches for determining temperature tolerance were also different, and the individuals included in our study are not fixed for the traits in question.

Using CFD tools to calculate the coefficient of heat transfer for the cooling gallery, which is influential in piston cooling, a new approach for piston temperature prediction has been developed.

This approach for using temperature profiling in lined holes with heating is a practical advance in fractured rock hydrogeology because the liners are readily available, the equipment needed for heating is low cost and rugged, and the time needed to obtain the profiles is not excessive for most projects.

A new approach for positive temperature coefficient (PTC) effect of resistivity for polymer-filler composites by self-heating and external forced heating was proposed, based on SEM, ESR and positron annihilation in terms of tunnel effect of electrons through polymer matrix between neighboring short carbon fibers (CFs).

The obtained calibrated accelerations are validated in several different ways; namely by (i) physically modelled nongravitational forces, by (ii) intercomparison of calibrated accelerometer data from two Swarm satellites flying side-by-side, and by (iii) good agreement of our calibrated signals with those released by ESA, obtained via a different approach for reducing temperature effects.