Historically, mutations have superseded innovations when fundamental shifts in what people want require a new approach to enterprise: new purposes, new methods, new outcomes.
They wanted to be inspired to use new methods with the purpose of being flexible in the preceptorship and to be able to supervise even the most challenging students.
For this purpose, a new method to detect linear and nonlinear resistivity sensitively by combination of pulse delta method and numerical Fourier-transformation has been designed.
For this purpose, a new method is proposed for scheduling dynamic cellular manufacturing systems in the presence of bottleneck and parallel machines.
For this purpose a new method is suggested which was developed on the basis of the energy balance based finite fracture criterion suggested by Hashin (1996) [Hashin, Z., 1996. J. Mech. Phys. Solids 44, 1129].
For this purpose a new method based on the relationship between the kinetics of the macro-radicals coupling [Rcc(t)] was derived from a fundamental kinetic model and the viscoelastic changes of the complex shear modulus (G′(t)ω and G″(t)ω).
For this purpose we propose new methods based on what we call sparse occupancy trees and piecewise linear schemes based on simplex subdivisions.
For demonstration purposes, this new method is applied to compute eigenmodes of a compressible jet.
For this purpose, new lightweight suitable joining methods are needed.
