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journal article EST / journal article ENG

A combined analytical model for increasing the accuracy of heat emission predictions in rooms heated by radiatorsVõsa, Karl-Villem; Ferrantelli, Andrea; Kurnitski, JarekJournal of building engineering2019 / p. 291-300 https://doi.org/10.1016/j.jobe.2019.02.009 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

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2

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Energy performance of radiators with parallel and serial connected panelsMaivel, Mikk; Konzelmann, Martin; Kurnitski, JarekEnergy and buildings2015 / p. 745-753 : ill https://doi.org/10.1016/j.enbuild.2014.10.007 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

journal article EST / journal article ENG
3

journal article

Energy performance of radiators with parallel and serial connected panelsMaivel, Mikk; Konzelmann, Martin; Kurnitski, JarekThe REHVA European HVAC journal2014 / p. 18-21 : ill

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4

journal article EST / journal article ENG

Experimental analysis of emission efficiency of parallel and serial connected radiators in EN442 test chamberVõsa, Karl-Villem; Ferrantelli, Andrea; Kull, Tuule Mall; Kurnitski, JarekApplied thermal engineering2018 / p. 531−544 : ill https://doi.org/10.1016/j.applthermaleng.2017.12.109 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

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5

journal article EST / journal article ENG

Experimental determination of radiator, underfloor and air heating emission losses due to stratification and operative temperature variationsMaivel, Mikk; Ferrantelli, Andrea; Kurnitski, JarekEnergy and buildings2018 / p. 220-228 : ill https://doi.org/10.1016/j.enbuild.2018.01.061 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

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6

journal article EST / journal article ENG

A novel method for calculating heat emitter and controller configuration setpoint variations with EN15316-2Võsa, Karl-Villem; Ferrantelli, Andrea; Kurnitski, JarekJournal of building engineering2020 / art. 101387 https://doi.org/10.1016/j.jobe.2020.101387 https://aaltodoc.aalto.fi/handle/123456789/43872 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

journal article EST / journal article ENG
7

journal article EST / journal article ENG

Optimization of radiators, underfloor and ceiling heater towards the definition of a reference ideal heater for energy efficient buildingsFerrantelli, Andrea; Võsa, Karl-Villem; Kurnitski, JarekApplied sciences2018 / art. 2477, 22 p. : ill https://doi.org/10.3390/app8122477 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

journal article EST / journal article ENG
8

journal article EST / journal article ENG

Radiator and floor heating operative temperature and temperature variation corrections for EN 15316-2 heat emission standardMaivel, Mikk; Kurnitski, JarekEnergy and buildings2015 / p. 204-213 : ill https://doi.org/10.1016/j.enbuild.2015.04.021 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

journal article EST / journal article ENG

Number of records 8, displaying 1 - 8

1. operative temperature
2. air temperature
3. air–water temperature difference
4. C. high temperature corrosion
5. classroom temperature
6. color temperature
7. colour temperature
8. crystallization temperature
9. design outdoor temperature
10. effective carrier temperature
11. elevated temperature
12. ground temperature
13. high temperature
14. high temperature corrosion
15. high temperature electrolysis
16. high temperature fatigue
17. high temperature fuel cells
18. high temperature impact-abrasion
19. high temperature oxidation
20. high temperature shear strength
21. high temperature tribology
22. high temperature wear
23. High-Pressure High-Temperature Spark Plasma Sintering
24. high-speed temperature scanner
25. high-speed temperature scanner (HSTS)
26. high-temperature
27. high-temperature ceramic superconductors
28. high-temperature deformation behavior
29. high-temperature differential thermal analysis (HDTA)
30. high-temperature microelectronics
31. high-temperature synthesis (SHS)
32. high-temperature tribology
33. high-temperature wear
34. indoor air temperature
35. indoor air temperature gradient
36. indoor temperature
37. indoor temperature after renovation
38. interlayer temperature
39. low temperature
40. low temperature district heating
41. low temperature heating
42. low temperature performance
43. low temperature pyrolysis
44. low temperature synthesis
45. low-temperature
46. low-temperature heat sources
47. low-temperature dependence photoluminescence
48. low-temperature district heating
49. low-temperature heat sources
50. low-temperature plasma
51. low-temperature sulphur corrosion
52. magma temperature
53. mean radiant temperature
54. Negative bias temperature instability
55. Negative Bias Temperature Instability (NBTI)
56. pavement temperature
57. positive temperature coefficient
58. pressing temperature
59. pressure-temperature conditions
60. pyrolysis end-temperature
61. radiant temperature
62. radiative temperature
63. real-time room temperature test
64. return temperature
65. room and hot temperature pressing
66. room temperature
67. room-temperature fluoride ion batteries
68. running mean temperature
69. sea surface temperature
70. sea surface temperature (SST)
71. self-propagating high temperature synthesized (SHS)
72. Self-Propagating High-Temperature Synthesis
73. sintering temperature
74. Softening Temperature
75. soil temperature
76. surface temperature
77. temperature
78. temperature change
79. temperature control
80. temperature dependence
81. temperature effect
82. temperature effect component
83. temperature effects
84. temperature extremes
85. temperature factor
86. temperature forecast
87. temperature gradient
88. temperature historical data series
89. temperature in contact area
90. temperature influence
91. temperature measurement
92. temperature measurements
93. temperature metrology
94. temperature profiles
95. temperature proxy
96. temperature scale
97. temperature sensors
98. temperature setback efficiency
99. water temperature
100. weld temperature
101. Very-low temperature crystallization peak
102. working temperature of luminaires

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