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Machines, technologies, materials (allikas)

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Kirjeid leitud 5
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artikkel ajakirjas

Human foot motion simulation during walkingŽigailov, Sergei; Arjassov, Gennadi; Penkov, Igor; Musalimov, VictorMachines, technologies, materials2019 / p. 198-201 : ill https://stumejournals.com/journals/mtm/2019/5/198

artikkel ajakirjas
2

artikkel ajakirjas

Increasing the efficiency of casting and dosing devices with mobile dosing-headsPenkov, Igor; Strižak, ViktorMachines, technologies, materials2007 / 2/3, p. 89-90 : ill http://mech-ing.com/journal/papers/23.pdf

artikkel ajakirjas
3

artikkel ajakirjas

Limit load on screws strengthened by plastic deformationsPenkov, Igor; Strižak, Viktor; Arjassov, GennadiMachines, technologies, materials2007 / 6/7, p. 22-24

artikkel ajakirjas
4

artikkel ajakirjas

Precision of thread manufacturing and its influence on durability of screws with different thread profilesStrižak, Viktor; Penkov, IgorMachines, technologies, materials2015 / p. 47-51 : ill http://stumejournals.com/mtm/Archive/2015/7-2015.pdf

artikkel ajakirjas
5

artikkel ajakirjas

Various ways for controlling different types of devices using EMG signalsRõbak, Dmitri; Penkov, IgorMachines, technologies, materials2017 / p. 128-130 : ill http://stumejournals.com/mtm.html

artikkel ajakirjas

Kirjeid leitud 5, kuvan 1 - 5

1. Detector design and construction technologies and materials
2. AC machines
3. agriculture machines
4. Algorithmic State Machines (ASMs)
5. asymmetry in machines
6. axial flux permanent magnet synchronous machines (AFPMSM)
7. conventional electrical machines
8. diagnostics of electrical machines
9. electric machines
10. electrical machines
11. finite-state machines
12. future electrical machines
13. induction machines
14. interior permanent magnet machines
15. mealy machines
16. moore machines
17. non-conventional electrical machines
18. open self‐ventilated machines
19. OSV (open self‐ventilated) machines
20. permanent magnet assisted synchronous reluctance machines
21. permanent magnet machines
22. rotating machines
23. smart machines
24. support vector machines
25. support vector machines (SVM)
26. surface permanent magnet synchronous machines (SPMSM)
27. synchronous machines
28. synchronous reluctance machines
29. wise machines
30. abatement technologies
31. agreement technologies
32. assisted reproductive technologies
33. Assistive technologies
34. battery technologies
35. chemical technologies
36. circuit breaker technologies
37. clean technologies
38. composting technologies
39. computer-oriented technologies
40. design, technologies and economics competencies
41. didactic technologies for IT education (DITEC)
42. digital technologies
43. digital technologies for renovation
44. distruptive technologies
45. education technologies
46. educational technologies
47. emerging disruptive technologies
48. Emerging Disruptive Technologies (EDTs)
49. emerging technologies
50. enabling technologies
51. energy technologies
52. environmental technologies
53. ethics and new technologies
54. flexibility technologies
55. green extraction technologies
56. heating technologies
57. High technologies park HTP
58. immersive technologies
59. industry 4.0 technologies
60. industry 4.0 technologies in ports
61. information and communication technologies
62. Information and Communication Technologies (ICT)
63. Information and communication technologies (ICT) digitalisation
64. Information and Communication Technologies (ICT) laws
65. Information and Communication Technologies (ICTs)
66. Information and Communication Technologies for Development
67. information technologies
68. internet technologies
69. learning technologies
70. logistics technologies
71. mobile technologies
72. network communication technologies
73. new technologies
74. new voting technologies
75. omics technologies
76. open-source technologies
77. privacy-enhancing technologies
78. rapid prototyping technologies
79. semantic web technologies
80. small scale technologies
81. smart technologies
82. soil cleaning technologies
83. technologies
84. technologies and economics competencies
85. treatment technologies
86. absorptive materials
87. acoustic materials
88. aerospace materials
89. agglomeration (materials)
90. amorphous materials
91. Anode materials
92. antibacterial materials
93. Antimicrobial materials
94. applications and performances of bioinspired materials
95. bio-based materials
96. bio‐based materials
97. biocompatible materials
98. biocomposite materials
99. bitumen-based roofing materials
100. boi ceramic materials
101. bond strength (materials)
102. building materials
103. carbon based materials
104. carbon materials
105. carbon neutral building materials
106. carbon-based materials
107. cathode materials
108. ceramic luminescent materials
109. ceramic materials
110. coating materials
111. composite materials
112. construction materials
113. Critical Raw Materials
114. dielectric materials
115. dispersion strengthened materials
116. earth-abundant materials
117. EIT Raw Materials
118. electroactive materials
119. electron transporting materials
120. engineered living materials
121. ferromagnetic materials
122. fill materials
123. flow packaging materials
124. fracture (materials)
125. functional materials
126. functionalized materials
127. fusion-related materials
128. gradient-structured materials
129. granular materials
130. Hard magnetic materials
131. hazardous materials
132. high-entropy materials
133. historic building materials
134. hybrid materials
135. indoor finishing materials
136. inorganic materials
137. insulation materials
138. insulation materials
139. living materials
140. local natural materials
141. luminogenic materials
142. macroporous materials
143. magnetic materials
144. magnetically ordered materials
145. materials
146. materials chemistry
147. materials computational analysis
148. materials design
149. materials engineering
150. materials mass origin
151. materials reliability
152. materials science
153. materials technology
154. materials testing
155. mechanics of materials
156. mesoporous materials
157. MIEC materials
158. M–N–C catalyst materials
159. monograin materials
160. multi-phase materials
161. nanostructured materials
162. Natural materials
163. nonwoven materials
164. optical materials
165. optically active materials
166. organic materials
167. oxide materials
168. packaging materials
169. phase change materials
170. phase change materials (PCM)
171. phase-change materials
172. plasma facing materials
173. plasma-facing materials
174. porous carbon materials
175. porous materials
176. powder materials
177. processing of bioinspired materials
178. prosthesis materials
179. Rare-earth-free luminescent materials
180. raw materials
181. recycled building materials
182. road materials
183. sensing materials
184. simulations of bioinspired materials at all length scales
185. smart materials
186. smart materials with structural health monitoring capabilities
187. soft magnetic composite materials
188. soft magnetic materials
189. soft robot materials and design
190. solar energy materials
191. soundproof materials
192. structures and materials
193. subject-specific materials
194. sustainable materials
195. teaching materials
196. transportation materials
197. Two-dimensional materials
198. ultrafine grained (UFG) materials
199. Ultrafine-grained materials
200. wear of materials
201. wide bandgap materials
202. virucidal materials
203. wooden materials

1. Adacel Technologies Estonia
2. Airobot Technologies AS
3. Centre for Food and Fermentation Technologies (Tallinn, Estonia)
4. DriveX Technologies, OÜ
5. EyeVi Technologies
6. R8 Technologies
7. R8 Technologies OÜ
8. Skeleton Technologies
9. Skeleton Technologies OÜ
10. Starship Technologies
11. EIT Raw Materials
12. Heidelberg Materials
13. International Baltic conference on engineering materials and tribology (24 : 2015 : Tallinn)
14. Neo Performance Materials (NPM) Narva magnetitehas

1. Adacel Technologies
2. Skeleton Technologies OÜ

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