LEC GmbH (98780)

Engineering

1. Gas Engines 100%
2. Internal Combustion Engine 59%
3. Spark Plug 42%
4. Single Cylinder 38%
5. Condition Monitoring 35%
6. Fatigue Strength 32%
7. Test Bench 31%
8. Oil Consumption 31%
9. Lube Oil 29%
10. Combustion 28%
11. High Strength Steel 26%
12. Combustion Chamber 25%
13. Artificial Neural Network 24%
14. Computational Fluid Dynamics 24%
15. Cylinder Pressure 24%
16. Sliding Bearing 23%
17. Learning Approach 23%
18. Ship Propulsion 23%
19. Larger Bore 23%
20. Power Generation 22%
21. Lubricant 21%
22. Performance and Emissions 20%
23. Ignition 19%
24. High Cycle Fatigue 18%
25. Methane 18%
26. Tasks 18%
27. Simulation Model 18%
28. Engine Speed 16%
29. Fatigue Property 15%
30. Thin Walled Structures 15%
31. Electric Arc 15%
32. Measurement Data 14%
33. Crank Angle 14%
34. Convolutional Neural Network 14%
35. Soft Sensor 14%
36. RGB Image 14%
37. System Diagnostics 14%
38. Particulate Matter Emission 14%
39. Elevated Temperature 12%
40. Lewis Number 12%
41. Deep Learning 12%
42. Engine Power 12%
43. Neural Network Approach 12%
44. Fuel Injection 11%
45. Engine Cylinders 11%
46. Natural Gas 11%
47. Fatigue Testing 11%
48. Stress Gradient 11%
49. Engine Development 11%
50. Adaptability 10%
51. Operating Point 10%
52. Notched Specimen 10%
53. Control Strategy 10%
54. Predictive Maintenance 10%
55. Transients 9%
56. Stress Amplitude 9%
57. Intake Valve 9%
58. Hybrid Model Predictive Control 9%
59. Resonant Frequency 9%
60. Fixed Points 9%
61. Competitive Growth 9%
62. Parameter Model 9%
63. Fault Model 9%
64. Martensitic Stainless Steel 9%
65. Hydrogen Storage 9%
66. Diesel Fuel 9%
67. Surface Topography 9%
68. Stress-Intensity Factor 9%
69. Depth Profile 9%
70. Carbon Capture 9%
71. Ti-6al-4v 9%
72. Preliminary Design 9%
73. Design Code 9%
74. Material Model 9%
75. Burnt Gas 9%
76. Dimensional Method 9%
77. One Dimensional 9%
78. High Resolution 9%
79. Field Quantity 9%
80. Thin Films 9%
81. Pressure Difference 9%
82. Dimensioning 9%
83. Critical Distance 9%
84. Indoor Radon Concentration 9%
85. Sensitivity Study 9%
86. Computervision 9%
87. Simulation Tool 9%
88. Deformation Behavior 9%
89. Methanol Synthesis 9%
90. Closed Loop 9%
91. Carbon Fuel 9%
92. Cooling Rate 9%
93. Material Behavior 9%
94. Mass Conservation 9%
95. Renewables 9%
96. Peak Pressure 9%
97. Flame Propagation 9%
98. Analytical Model 9%
99. Reliable Assessment 9%
100. Flow Field 9%