Economic TEHES-Tube Material Evaluation by Absorbability Index under O-S-Dimensions for Minimizing Global Warming and Air Pollution by Exploring Dominance Theory: Green Management Initiative

Table 1

Developed and proposed TEHES-O-S-composite tube material evaluation model for assessing EAI and controlling the GWAP.

Model	Nature of characteristics	Characteristics	Symbols	Units
Energy Absorbability Index (EAI)	Objective (O-dimensions)	Yield strength on contaminated hot heat transfer	Yschht	N/m^2
		Ultimate tensile strength on contaminated hot heat transfer	Utschht	N/m^2
		Tube material elongation on contaminated hot heat transfer	% Eht	%
		Hardness tendency on contaminated hot heat transfer	Htchht	BHN
		Cost	C	INR/kg
		Corrosion rate reduction on contaminated hot heat transfer	Crrchht	%
		Wear rate on contaminated hot heat transfer	Wrchht	m^3/m
	Subjective (S-dimensions)	Tube material molecular excitement for heat absorbability	Tmmeha	Unit less
		Contaminated hot heat reduction to environment	Chhre	Unit less
		Contaminated hot heat transfer efficiency	Chhte	Unit less
		Contaminated hot heat transfer effectiveness	Chhtes	Unit less