It is therefore desirable to develop a methodology which enables the quick and easy measurement of geometry, damage and predictions of strength and stiffness.
This paper presents a methodology which enables a human operator to precisely control the motion of a multi-DOF piezo-actuated flexure mechanism with haptic feedback.
The chapter introduces a methodology, which enables to determine the limit values of building envelope, overall heat transfer coefficient in accordance with the ratio of A/V and other design parameters affecting thermal comfort.
This paper describes a methodology which enables computer-aided support for the planning, visualization and execution of personalized patient treatments in a specific healthcare process, taking into account complex temporal constraints and the allocation of institutional resources.
The aim of this paper is to introduce a methodology which enables to revise the limit values of the heat transfer coefficient in accordance with the building form with respect to thermal comfort and energy conservation.
Furthermore, researchers have still to elaborate a methodology which enables the economic evaluation of health technologies with a one-test, many-disorders approach – i.e., the simultaneous detection of a panel of disorders in a single individual.
Indeed, proteomics is an important high-throughput methodology, which enabled the identification of 528 proteins in the calcified eggshell [ 25, 26].
We employed rigorous qualitative methodology which enabled in-depth exploration of the social meanings of PrEP acceptability and likely use.
The objective of the work is to develop and test a design methodology, which enables designers to explore larger sets of informed solutions by coupling design requirements and generative design techniques with validated simulations (i.e., environmental analysis) based partly on the inclusion of user light preferences early in the design process.
This paper aims, on the one hand, to analyse the most important applications of FRC in tunnel linings worldwide and, on the other hand, presents a design methodology which enables the reinforcement configuration of fibre reinforced concrete in precast segments to be optimised.
