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journal article EST
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journal article ENG
Reducing mining footprint by matching haul fleet demand and route-oriented tire types
Pascual, Rodrigo
;
Roman, M.
;
Hitch, Michael William
Journal of cleaner production
2019
/
p. 645-651
https://doi.org/10.1016/j.jclepro.2019.04.069
Journal metrics at Scopus
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journal article EST
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journal article ENG
Number of records 1, displaying
1 - 1
keyword
127
1.
tire consumption reduction
2.
mine tire management
3.
tire wear
4.
acid and base consumption
5.
acid consumption
6.
administrative burden reduction
7.
airtime consumption
8.
Ajtai reduction
9.
bacterial sulphate reduction
10.
birch reduction
11.
Bouguer reduction
12.
capacitance reduction
13.
carbon emission reduction
14.
carbothermal reduction
15.
chlorophenols reduction
16.
CO2 emission reduction
17.
CO2 emissions reduction
18.
CO2 reduction
19.
complexity reduction
20.
conservation voltage reduction (CVR)
21.
consumption
22.
consumption culture
23.
consumption data
24.
consumption fluctuations
25.
consumption land footprint
26.
Consumption Profiles
27.
consumption scheduling
28.
consumption sensitivity
29.
consumption smoothing
30.
Consumption spending
31.
consumption survey
32.
consumption-based GHG accounting
33.
cooling load reduction
34.
cost reduction
35.
current ripple reduction (CRD)
36.
daily consumption capacity in business area
37.
DHW consumption
38.
DHW consumption in public buildings
39.
DHW consumption in residential buildings
40.
dictionary reduction
41.
dimensionality reduction
42.
disaster risk reduction
43.
dissimilatory iron reduction
44.
domestic material consumption
45.
drag reduction
46.
electricity consumption
47.
electricity consumption modeling
48.
electrochemical reduction
49.
electrolytic reduction
50.
emission reduction
51.
emissions reduction
52.
empirical energy consumption model
53.
energy consumption
54.
energy consumption of construction operations
55.
energy reduction
56.
energy use reduction
57.
ethylene glycol reduction method
58.
Eurosystem Household Finance and Consumption Survey
59.
failure risk reduction
60.
false positive reduction
61.
ferric iron reduction
62.
food consumption
63.
food consumption
64.
frequency reduction
65.
fuel consumption
66.
genome reduction
67.
GHG emission reduction
68.
Glycerol production reduction
69.
greenhouse gas emissions reduction
70.
heat consumption
71.
heating need reduction
72.
hedonic consumption
73.
high electricity consumption
74.
household consumption
75.
household finance and consumption survey
76.
household wastes reduction
77.
icebreaker fuel consumption
78.
increased self-consumption
79.
intertemporal consumption allocation
80.
joint reduction of oxides
81.
leakage current reduction (LCR)
82.
logical construction and phenomenological reduction
83.
metal oxides reduction
84.
model order reduction
85.
model order reduction (MOR)
86.
model reduction
87.
motion-reduction device
88.
nickel oxide reduction
89.
noise reduction
90.
overtime reduction
91.
oxidation-reduction
92.
oxidation-reduction potential
93.
oxidation–reduction potential
94.
oxygen consumption
95.
oxygen consumption rate
96.
oxygen reduction
97.
oxygen reduction reaction
98.
oxygen reduction reaction (ORR)
99.
parallel consumption
100.
power consumption
101.
power consumption of production
102.
power reduction
103.
private consumption
104.
probabilistic DHW consumption
105.
reagent consumption
106.
reduction
107.
reduction mechanism
108.
reduction of poverty
109.
reduction theory
110.
renewables self consumption
111.
renewables self-consumption
112.
residential electricity consumption model
113.
risk reduction
114.
rule-of-thumb consumption
115.
SDG12: Responsible consumption and production
116.
self-consumption
117.
ship fuel consumption
118.
simulation of energy consumption
119.
SO2 reduction
120.
spatial consumption
121.
specific energy consumption
122.
sulphate reduction
123.
sustainable consumption
124.
test-suite reduction
125.
the influence of DHW consumption on dimensioning the DH network
126.
vibration reduction
127.
workload reduction
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