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ground-coupled heat loss (keyword)
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book article EST
/
book article ENG
Assessing the accuracy of EN ISO 13370 simplified method for edge insulation : a comparative analysis with steady-state and dynamic simulation models
Lomp, Siim
;
Kalamees, Targo
;
Hallik, Jaanus
Multiphysics and Multiscale Building Physics : Proceedings of the 9th International Building Physics Conference (IBPC 2024) ; Volume 1: Moisture and Materials
2025
/
p. 533-539
https://doi.org/10.1007/978-981-97-8305-2_75
Conference proceedings at Scopus
Article at Scopus
Article at WOS
book article EST
/
book article ENG
2
journal article EST
/
journal article ENG
Thermal transmittance of slab on ground floors: A comparison of simplified methods and dynamic modelling, insulation thickness, and edge effect
Lomp, Siim
;
Hallik, Jaanus
;
Schilf, Guido
;
Kalamees, Targo
Journal of building physics
2026
/
27 p
https://doi.org/10.1177/17442591251414129
journal article EST
/
journal article ENG
Number of records 2, displaying
1 - 2
keyword
112
1.
ground-coupled heat loss
2.
ground source brine heat exchanger
3.
Ground Source Heat Pump
4.
ground-source heat pump
5.
hybrid ground source heat pump
6.
DHW heat loss
7.
dry heat loss
8.
floor slab heat loss
9.
heat loss
10.
heat loss of building envelope
11.
relative heat loss
12.
specific heat loss
13.
total heat loss
14.
transmission heat loss
15.
air core coupled coils
16.
boundary coupled distributed parameter systems
17.
capacitively coupled conductivity detection
18.
capacitor coupled voltage transformer
19.
center-tapped coupled inductor
20.
coupled wave-circulation-atmosphere models
21.
coupled and decoupled analysis
22.
coupled beam method
23.
coupled beam method (CBM)
24.
coupled coils
25.
coupled coils model
26.
coupled inductor
27.
coupled inductor (CI)
28.
coupled inductors
29.
coupled models
30.
coupled moisture transport
31.
coupled networks
32.
Coupled oscillators
33.
coupled plasma mass spectrometry
34.
coupled TG/DTA-EGA-MS
35.
coupled TG-EGAFTIR
36.
coupled time fractional order reaction–advection–diffusion systems
37.
coupled time fractional PDEs
38.
internally coupled resonators
39.
internally-coupled resonators
40.
laser ablation inductively coupled plasma mass spectrometry
41.
laser ablation-inductively coupled plasma mass spectrometer
42.
Magnetically Coupled Impedance Source Network (MCIS)
43.
air-ground communication
44.
air-to-ground channel
45.
air-to-ground communication
46.
air-to-ground communications
47.
collision and ground safety
48.
common ground
49.
common ground converters
50.
common ground inverters
51.
common ground multilevel inverters
52.
common ground topology
53.
common-ground
54.
common-ground inverters
55.
common-ground power converter
56.
dynamics of the unmanned ground vehicle
57.
flowable ground
58.
ground
59.
ground and aerial measurements
60.
ground effect
61.
ground effect vehicle (GEV)
62.
ground influence
63.
ground temperature
64.
ground-penetrating radar (GPR)
65.
mobile ground robots
66.
satellite ground stations
67.
slab on ground
68.
slab-on-ground
69.
soft yielding ground
70.
Structures below ground
71.
under-ground
72.
unmanned ground vehicle
73.
unmanned ground vehicles
74.
wing in ground (WIG)
75.
wing-in-ground
76.
AC loss factor
77.
biodiversity loss
78.
calorimetric loss measurements
79.
consequential loss
80.
core loss
81.
diffuse loss
82.
eddy current loss
83.
Energy loss
84.
excess loss
85.
habitat loss
86.
hysteresis loss
87.
insertion loss
88.
isolation loss
89.
knowledge loss
90.
loss
91.
loss content estimation
92.
loss distribution
93.
loss function
94.
loss measurement
95.
loss model
96.
loss-on-ignition
97.
manganese loss
98.
minor loss factor
99.
nitrogen loss
100.
ohmic loss
101.
P drainage loss
102.
packet loss
103.
packet-loss
104.
path loss model
105.
power loss
106.
power loss minimization
107.
power loss model
108.
stop loss orders
109.
switching loss
110.
tooth loss
111.
transmission loss
112.
weight loss
subject term
4
1.
Glehni loss
2.
Glehni loss (Tallinn)
3.
lõss
4.
Oru loss
author
1
1.
Loss, K.
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