While use of statistical methods for tolerancing is not something new, engineers often use known distributions, including the normal distribution.
Armillotta (2015) proposes a method for tolerance analysis on planar structures and mechanisms.
Contreras (2013) proposed simplification of tolerance chains through a surface position tolerance (SPT) method for tolerance chart balancing.
In this chapter, we provide an overview of processes for producing biofuels, discuss production limitations that result from toxicity and cultivation conditions, and describe methods for enhancing tolerance and productivity through genome-scale modifications.
Emphasis should be placed upon not only further reducing the cost of the enzymatic hydrolysis step but also upon better understanding of hydrolysate toxicity mechanisms and methods for engineering tolerance.
In a large scale wireless sensor network (WSN), it becomes important to find new methods for fault-tolerance that can meet new application requirements like Internet of things, urbane intelligence and observation systems.
This paper presents a method for robust tolerance design of function generation mechanisms with joint clearances.
Comparisons of methods for missense variant tolerance, protein stability changes due to amino acid substitutions, and effects of variations on mRNA splicing are presented.
Numerical tests with stiff ODEs and DAEs of index 1 and 2 indicate that the method is competitive with other RK methods for low accuracy tolerances.
Traditional methods for enhancing cellular tolerances are inefficient and time-consuming.
