Raul Calvo Serrano

Engineering

1. Life Cycle Assessment 100%
2. Lifecycle 92%
3. Environmental Impact 88%
4. Development 68%
5. Models 32%
6. Optimization 31%
7. Mathematical Modeling 23%
8. Optimization Approach 23%
9. Chemical Attribute 23%
10. Sustainable Energy 23%
11. Energy Storage 23%
12. Earth System 23%
13. Tasks 23%
14. Biomass Resource 23%
15. Cycle Impact 22%
16. Wind Power 19%
17. Sectoral 16%
18. Impact Category 14%
19. Biomass 14%
20. Limitations 14%
21. Large Amount 14%
22. Global Warming Potential 14%
23. Energy Storage Application 11%
24. Chemical Energy Storage 11%
25. Chemical Energy 11%
26. Energy Storage Technology 11%
27. Improvement Strategies 11%
28. Policymakers 11%
29. Energy Demand 10%
30. Eco-Indicator 10%
31. Dataset 10%
32. Data Base 9%
33. Sustainable Development 8%
34. High Quality 7%
35. Energy Engineering 7%
36. Target Level 7%
37. Risk Level 7%
38. Natural Gas 7%
39. Fine Chemical 7%
40. Highlight 7%
41. Similarities 7%
42. Reduction 7%
43. Global Scale 7%
44. Renewables 7%
45. Stages 7%
46. Improvement Potential 7%
47. Related Attribute 5%
48. Design 5%