This chapter introduces the classification of hollow woven fabrics and their structural attributes, describes the possible routes of manufacture for different types of hollow fabrics, explains the most attractive properties and potential applications, and discusses the geometrical modelling and techniques used in finite element analysis of this type of structure.
Careful comparison of several interventions with a control and the usage of randomisation are both highly characteristic of behavioural ecology experiments, as is the employment of sophisticated mathematical modelling, and techniques such as cost benefit analysis.
Many researchers have carried out research work in the field of modelling Lean system using various modelling tools and techniques based on the mathematics, statistics, operation research (OR), computer simulation, structural equation modelling (SEM), analytic network process (ANP), analytic hierarchy process (AHP), petri nets, etc.
Various modelling tools and techniques based on the mathematics, statistics, operation research (OR), computer simulation, structural equation modelling, AHP, Petri nets, etc., were used.
One of the current trends in improving workflow systems lies in enriching modelling methods and techniques in order to enlarge design alternatives.
There is an important need for: new modelling methods and techniques for validation of operational architectures, test generation techniques, development tools allowing a maximum interoperability between equipment for a system, more dynamic protocols and resources allocation.
Dynamic reticulations appear to lend themselves to modelling and simulation techniques, but there are inherent pitfalls in using representational reductions (models) in the hope of simplifying analysis when complexity itself is a central property of the phenomenon of interest.
This is where modelling and visualisation techniques should come in, to simulate the operations of various biological functions and to predict the effect of stimuli on a cell or organ.
A combination of modelling and analysis techniques was used to design a six component force balance.
Experimental design, modelling and optimization techniques were applied to the batch biosorption process.
Despite recent advances in modelling and testing techniques, assessing the serviceability of ageing masonry rail bridges remains a significant challenge.
