The phrase "aid methodology" is correct and usable in written English.
It can be used in contexts related to research, education, or any field where a specific method of providing assistance or support is being discussed.
Example: "The study focused on the aid methodology employed by various non-profit organizations to assess the effectiveness of their programs."
Alternatives: "assistance approach" or "support strategy".
We also describe how these tools can be used to aid methodology development in X-ray crystallography, nuclear magnetic resonance, cryo-electron microscopy and in the studies of dynamic interactions.
This paper illustrates key concepts underlying AID, while a companion document, The Enterprise AID methodology: Application, draws from a prototyping effort to identify value to be gained by stakeholders from PMSs designed and deployed with methodology application.
A computer-aid methodology recently developed in our group that integrates the molecular modeling and the process simulation via COSMO-based thermodynamic models in Aspen Plus is used.
This paper presents a computer aided methodology for defining and controlling subsystem interfaces.
Our presentation is carried out within a unique framework that can be extended to most decision and evaluation models, as a "decision aiding methodology".
They prefer simple constraints (precautionary principle) and flexible negotiations (delegation) to complex assessment and decision-aid methodologies.
This paper introduces a graphical, computer aided modelling methodology that is particularly suited for the concurrent design of multidisciplinary systems, viz. of engineering systems with mechanical, electrical, hydraulic or pneumatic components, including interactions of physical effects from various energy domains.
Its equivalence with a Tagaki Sugeno (T-S) fuzzy system is illustrated that can aid the control methodology involved.
With the aid of RS methodology, these two serial papers present a finite element (FE) model updating and validation method for bridge structures based on structural health monitoring.
In this paper, with the aid of exergy methodology, we derive expressions of the conversion of solar energy into power for such kind of solar hybrid plant, especially an explicit correlation is obtained for explaining solar-to-power efficiency.
There are many tools available that can support this change in attitude, such as the REFLECT literacy method developed by the NGO "Action Aid", the SARAR methodology and various tools for participative health education.
