The phrase "axiomatic relationship" is grammatically correct and can be used in written English.
It is typically used to describe a relationship or connection that is considered to be unquestionably true or self-evident. Example sentence: The axiomatic relationship between supply and demand dictates that as demand increases, so does the price of the product.
Still, with the imperative of global warming and the vagaries of fossil-fuel dependence now, perhaps more than ever, embedded in the popular discourse, the axiomatic relationship between Americans and their cars seems ripe for re-examination.
To examine the axiomatic relationship between outsourcing strategy and organizational performance in Nigeria manufacturing sector, Akewushola, and Elegbede (2013) adopted a stratified sampling technique to arrive at 120 sample elements for the study.
Within this loose grouping, it is now axiomatic that 'the relationship proper to power' should be sought 'not on the side of violence or struggle…but, rather, in the area of that singular mode of action, neither warlike nor juridical, that of government' (Foucault, 2002e[1982]: 341).
Topological maps correspond to the minimal models of an axiomatic theory describing the relationships between the different sources of information explained by a map.
In the classical axiomatic design (AD) approach, the relationships between functional requirements (FRs) and design parameters (DPs) are defined in crisp numbers notably "0" or "1".
In part II of this paper, firstly, we study the relationship between the AFS (Axiomatic Fuzzy Zet) and FCA (Formal Concept Analysis, which has become a powerful theory for data analysis, information retrieval, and Knowledge discovery) and some algebraic homomorphisms between the AFS algebras and the concept lattices are established.
So far, we had developed a model for conceptual design of lean production systems by means of FR DP relationships, the key characteristics of axiomatic design (AD) methodology, appeared in the proceedings of Second International Conference of Axiomatic Design.
This paper explores the symbiotic relationship that can be established between axiomatic design and TRIZ, capitalizing on each method's strengths and simultaneously minimizing their weaknesses.
Many new principles and approaches, such as quality function deployment (QFD) and axiomatic design, have been introduced to help designers identify the relationship between customer requirements and design characteristics.
Developing axiomatic logics to precisify and systematize epistemic concepts and their relationships is a common maneuver in formal epistemology (Hendricks 2006).
In short, we recommend strengthening the relationship between deductive and inductive research (Golicic et al. 2005) based on axiomatic and empirical models (Bertrand and Fransoo 2002).
