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journal article

Effect of strain rate and temperature on mechanical properties and fracture mechanism of the dispersion strengthened Al-12Al4C3 systemVelgosova, Oksana; Besterci, Michal; Kulu, PriitHigh temperature materials and processes2005 / 3, p. 183-187 : ill https://www.degruyter.com/document/doi/10.1515/HTMP.2005.24.3.183/html

journal article
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journal article EST / journal article ENG

Tribological characteristics of copper based composites with Al2O3 particles at various temperaturesHvizdoš, Pavol; Besterci, Michal; Kulu, Priit; Kavačkaj, T.High temperature materials and processes2013 / p. 437-442 https://doi.org/10.1515/htmp-2012-0161 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

journal article EST / journal article ENG
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journal article

Tribological characteristics of micro- and nano-composites Cu-Al2O3 at room and elevated temperaturesHvizdoš, Pavol; Besterci, Michal; Kulu, PriitHigh temperature materials and processes2011 / p. 573-577

journal article

Number of records 3, displaying 1 - 3

1. High-Pressure High-Temperature Spark Plasma Sintering
2. C. high temperature corrosion
3. high temperature
4. high temperature corrosion
5. high temperature electrolysis
6. high temperature fatigue
7. high temperature fuel cells
8. high temperature impact-abrasion
9. high temperature oxidation
10. high temperature tribology
11. high temperature wear
12. high-speed temperature scanner
13. high-speed temperature scanner (HSTS)
14. high-temperature
15. high-temperature ceramic superconductors
16. high-temperature deformation behavior
17. high-temperature differential thermal analysis (HDTA)
18. high-temperature microelectronics
19. high-temperature synthesis (SHS)
20. high-temperature tribology
21. high-temperature wear
22. self-propagating high temperature synthesized (SHS)
23. Self-Propagating High-Temperature Synthesis
24. high-entropy materials
25. adhesion processes
26. advanced oxidation processes
27. advanced oxidation processes (AOPs)
28. aeolian processes
29. air temperature
30. air–water temperature difference
31. Blackman- and Rogosinski-type approximation processes
32. Blackman-type approximation processes
33. business processes
34. cascading processes
35. Charge carrier processes
36. chemical processes
37. classroom temperature
38. coastal processes
39. Cognitive Processes
40. color temperature
41. colour temperature
42. combustion and combustion processes
43. communication business processes
44. concentration processes
45. cosine-type approximation processes
46. costing analysis cataloging processes
47. crystallization temperature
48. design outdoor temperature
49. development processes
50. Diapycnal mixing processes
51. diffusion processes
52. digitalization of renovation processes
53. dual-processes
54. ecosystem processes
55. eddies and mesoscale processes
56. effective carrier temperature
57. electromagnetic processes in tribosystem
58. elevated temperature
59. flotation and surface chemistry processes
60. flux balance analysis biotechnological processes
61. Gaussian processes
62. ground temperature
63. indoor air temperature
64. indoor air temperature gradient
65. indoor temperature
66. indoor temperature after renovation
67. industrial processes
68. interlayer temperature
69. learning processes
70. logistic processes
71. logistics and transport processes
72. low temperature
73. low temperature district heating
74. low temperature heating
75. low temperature performance
76. low temperature pyrolysis
77. low temperature synthesis
78. low-temperature
79. low-temperature heat sources
80. low-temperature dependence photoluminescence
81. low-temperature district heating
82. low-temperature heat sources
83. low-temperature plasma
84. low-temperature sulphur corrosion
85. magma temperature
86. manufacturing processes
87. Markov processes
88. mean radiant temperature
89. meso-scale processes
90. mixing processes
91. Negative bias temperature instability
92. Negative Bias Temperature Instability (NBTI)
93. operative temperature
94. participatory processes
95. pavement temperature
96. physical and chemical processes
97. poisson processes
98. positive temperature coefficient
99. pressing temperature
100. pressure-temperature conditions
101. price based control of industrial processes
102. pyrolysis end-temperature
103. radiant temperature
104. radiative temperature
105. real-time room temperature test
106. return temperature
107. Rogosinski-type approximation processes
108. room and hot temperature pressing
109. room temperature
110. room-temperature fluoride ion batteries
111. running mean temperature
112. scale-dependent processes
113. sea surface temperature
114. sea surface temperature (SST)
115. shelf processes
116. shore processes
117. sintering temperature
118. Softening Temperature
119. soil temperature
120. stochastic processes
121. surface temperature
122. technology-transfer processes
123. technology-transfer processes
124. temperature
125. temperature change
126. temperature control
127. temperature dependence
128. temperature effect
129. temperature effect component
130. temperature effects
131. temperature extremes
132. temperature factor
133. temperature forecast
134. temperature gradient
135. temperature historical data series
136. temperature in contact area
137. temperature influence
138. temperature measurement
139. temperature measurements
140. temperature metrology
141. temperature profiles
142. temperature proxy
143. temperature scale
144. temperature sensors
145. temperature setback efficiency
146. transient processes
147. transport processes/heat transfer
148. user-driven design processes
149. water temperature
150. weld temperature
151. Very-low temperature crystallization peak
152. working temperature of luminaires

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