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Design of a novel solar thermal collector using a multi-criteria decision-making methodology
J.D. Nixon, P.A. Davies,
P.K. Dey
Mechanical, Biomedical & Design Engineering
Sustainable Environment Research Group
Aston Business School
Operations & Information Management
Research output
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peer-review
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Engineering & Materials Science
Decision making
74%
Quality function deployment
70%
Ecodesign
63%
Decision theory
61%
Exergy
54%
Mirrors
52%
Hot Temperature
49%
Industrial applications
47%
Renewable energy resources
41%
Costs
39%
Availability
36%
Temperature
20%
Earth & Environmental Sciences
decision making
76%
methodology
59%
land
57%
analytical hierarchy process
44%
exergy
44%
decision analysis
41%
cost
35%
alternative energy
31%
spacing
29%
matrix
20%
temperature
12%
Business & Economics
Multicriteria Decision-making
100%
Methodology
52%
Sustainable Design
26%
Exergy
25%
Quality Function Deployment (QFD)
19%
Analytical Hierarchy Process
19%
Decision Analysis
18%
Capital Cost
18%
Customer Requirements
17%
Renewable Energy
16%
Prototype
16%
Temperature
16%
Matrix
15%
India
10%
Performance
6%
Costs
6%