This is the first time that analytical heating formulas are presented that predict heating rates with reasonable accuracy, uniformly for all S, N, and q.
A small deflection analytical model is presented that predicts yield strength and modulus for one type of design with good accuracy.
In this first of two companion papers, a robust wave force model is presented that predicts hydrodynamic loads on A-Jacks concrete armor units.
Using the concept of discontinuity mappings, a theoretical analysis is presented that predicts the character of each transition from a set of quantities that are computable in terms of system properties at grazing.
Here, a method is presented that predicts IBD probabilities at a given chromosomal location given data on a haplotype of markers spanning that position.
A proposal for a supervisory control system is presented that predict the cutting parameters in peripheral milling process based on monitoring the surface roughness and the cutting tool condition.
Equations are presented that predict optimal birth weight, birth length and head circumference given gestational duration, fetal gender, maternal height, age and parity.
A prediction equation is presented, that predicts accuracy when training and evaluation individuals are related.
A mathematical model is presented that predicts the performance of low-head oxygenators (LHO).
A model is presented that predicts the thermal performance of a raining packed bed heat exchanger (RPBE) from hydrodynamic data.
