E-Book, Englisch, 629 Seiten
Tonkonogyi / Ivanov / Trojanowska Advanced Manufacturing Processes
1. Auflage 2020
ISBN: 978-3-030-40724-7
Verlag: Springer Nature Switzerland
Format: PDF
Kopierschutz: 1 - PDF Watermark
Selected Papers from the Grabchenko's International Conference on Advanced Manufacturing Processes (InterPartner-2019), September 10-13, 2019, Odessa, Ukraine
E-Book, Englisch, 629 Seiten
Reihe: Lecture Notes in Mechanical Engineering
ISBN: 978-3-030-40724-7
Verlag: Springer Nature Switzerland
Format: PDF
Kopierschutz: 1 - PDF Watermark
This book offers a timely yet comprehensive snapshot of innovative research and developments in the area of manufacturing. It covers a wide range of manufacturing processes, such as cutting, coatings, and grinding, highlighting the advantages provided by the use of new materials and composites, as well as new methods and technologies. It discusses topics in energy generation and pollution prevention. It shows how computational methods and mathematical models have been applied to solve a number of issues in both theoretical and applied research. Based on selected papers presented at the Grabchenko’s International Conference on Advanced Manufacturing Processes (InterPartner-2019), held in Odessa, Ukraine on September 10-13, 2019, this book offers a timely overview and extensive information on trends and technologies in the area of manufacturing, mechanical and materials engineering. It is also intended to facilitate communication and collaboration between different groups working on similar topics, and to offer a bridge between academic and industrial researchers.
Autoren/Hrsg.
Weitere Infos & Material
1;Preface;6
2;Organization;8
2.1;Honorary Chair;8
2.2;General Chair;8
2.3;Co-chair;8
2.4;Steering Committee;8
2.5;Program Committee;8
2.6;Invited External Reviewers;11
2.7;InterPartner Team;11
3;Contents;13
4;Manufacturing Engineering;20
5;Mathematical Modeling of the Process of the Interaction of the Cutting Diamond Disk with the Environment;21
5.1;Abstract;21
5.2;1 Introduction;21
5.3;2 Literature Review;22
5.4;3 Research Methodology;23
5.5;4 Results;30
5.6;5 Conclusions;31
5.7;References;31
6;MES/ERP Integration Aspects of the Manufacturing Automation;33
6.1;Abstract;33
6.2;1 Introduction;33
6.3;2 Literature Review;35
6.4;3 Research Methodology;36
6.5;4 Results;37
6.5.1;4.1 Enterprise Resource Planning System;37
6.5.2;4.2 Manufacturing Execution Systems;38
6.5.3;4.3 Integrated Workflow Between ERP and MES System;39
6.6;5 Conclusions;41
6.7;References;42
7;Decision-Making Based on Prediction of Oil Quality Indicators in the Enterprise’s Information System;43
7.1;Abstract;43
7.2;1 Introduction;43
7.3;2 Literature Review;44
7.4;3 Research Methodology;45
7.5;4 Results;47
7.6;5 Conclusions;48
7.7;References;49
8;Concept of the Software for Materials Selection Using .NET Technologies;50
8.1;Abstract;50
8.2;1 Introduction;50
8.3;2 Literature Review;51
8.4;3 Research Methodology;53
8.5;4 Result;55
8.6;5 Results;59
8.7;References;60
9;Features of Using Metal Coatings on Diamond Grains in Electrically Conductive Grinding Wheels When Machining Polycrystalline Superhard Materials;62
9.1;Abstract;62
9.2;1 Introduction;62
9.3;2 Literature Review;63
9.4;3 Research Methodology;64
9.5;4 Results;64
9.5.1;4.1 Analysis of the Stress-Strain State;64
9.5.2;4.2 Shaping of Diamond Wheels Working Surface When Grinding;66
9.6;5 Conclusions;69
9.7;References;70
10;Redesign of an Aircraft Cargo Door by Using a CAD-MBD-FEM Integration Method;71
10.1;Abstract;71
10.2;1 Introduction;71
10.3;2 Literature Review;72
10.4;3 Research Methodology;73
10.4.1;3.1 CAD Modeling;73
10.4.2;3.2 Multibody Analysis;73
10.5;4 Results;74
10.5.1;4.1 Automatization of the Latching Mechanism;74
10.5.2;4.2 FEM Analysis;75
10.6;5 Conclusions;78
10.7;References;79
11;The Effect of the Hardened Nanocrystalline Surface Layer on Durability of Guideways;81
11.1;Abstract;81
11.2;1 Introduction;81
11.3;2 Literature Review;82
11.4;3 Research Methodology;82
11.5;4 Results;84
11.6;5 Conclusions;88
11.7;References;89
12;Industry 4.0 Future Prospects and Its Impact on Competencies;91
12.1;Abstract;91
12.2;1 Introduction;91
12.3;2 Literature Review;93
12.4;3 Research Methodology;94
12.5;4 Results;96
12.6;5 Conclusion;99
12.7;6 Discussion;100
12.8;Acknowledgements;100
12.9;References;101
13;Advanced Computerized Simulation and Analysis of Dynamic Processes During the Gear Hobbing;103
13.1;Abstract;103
13.2;1 Introduction;103
13.3;2 Literature Review;104
13.4;3 Research Methodology;105
13.4.1;3.1 Mathematical Model of the Dynamic Process of Hobbing;105
13.4.2;3.2 Cutting Force as a Factor of Forced Oscillations;108
13.5;4 Results;108
13.5.1;4.1 The Dynamic Characteristic of the Hob-Milling Machine;108
13.5.2;4.2 Calculation of Oscillation Parameters;110
13.5.3;4.3 Mathematical Model of the Elastic System of the Machine;111
13.5.4;4.4 Modeling of Oscillations in the Elastic System of the Hobbing Machine;113
13.6;5 Conclusion;114
13.7;References;114
14;Resolution of the Friction Coefficient of Adhesion Under Cutting;116
14.1;Abstract;116
14.2;1 Introduction;116
14.3;2 Literature Review;117
14.4;3 Research Methodology;117
14.5;4 Results;122
14.6;5 Conclusions;124
14.7;Acknowledgement;125
14.8;References;125
15;Analysis of the Table Motion of a 3-Axis CNC Milling Machine Tool at Start-up and Braking;126
15.1;Abstract;126
15.2;1 Introduction;126
15.3;2 Literature Review;127
15.4;3 Research Methodology;127
15.4.1;3.1 Test Stands;127
15.5;4 Results;129
15.6;5 Conclusions;133
15.7;References;134
16;Three-Dimensional Simulation of Machined, Tool Surfaces and Shaping Process with Two-Side Grinding of Cylindrical Parts Ends;136
16.1;Abstract;136
16.2;1 Introduction;136
16.3;2 Literature Review;137
16.4;3 Research Methodology;137
16.5;4 Results;143
16.6;5 Conclusions;144
16.7;References;144
17;Robotics and Automation as a Foundation of the Fourth Industrial Revolution - Industry 4.0;146
17.1;Abstract;146
17.2;1 Introduction;146
17.3;2 Literature Review;147
17.4;3 Research Methodology;149
17.5;4 Results;149
17.6;5 Conclusions;153
17.7;References;153
18;Development of Quality Criteria for the Surface Layer of Cylinders with Wear-Resistant Coatings;155
18.1;Abstract;155
18.2;1 Introduction;155
18.3;2 Literature Review;156
18.4;3 Research Methodology;156
18.5;4 Results;160
18.6;5 Conclusions;164
18.7;References;164
19;Visual Product Inspection Based on Deep Learning Methods;166
19.1;Abstract;166
19.2;1 Introduction;166
19.3;2 Literature Review;167
19.4;3 Research Methodology;168
19.5;4 Results;170
19.6;5 Conclusions;172
19.7;Acknowledgment;172
19.8;References;172
20;Harmonization of the EU and Ukrainian Normative Documentation: Case Study on Determination of Barium Content in Mineral Waters to Develop Quality and Safety Criteria;175
20.1;Abstract;175
20.2;1 Introduction;176
20.3;2 Literature Review;176
20.4;3 Research Methodology;177
20.5;4 Results;178
20.6;5 Conclusions;183
20.7;References;184
21;Grinding Temperature Penetration Depth Study;186
21.1;Abstract;186
21.2;1 Introduction;186
21.3;2 Literature Review;187
21.4;3 Research Methodology;187
21.5;4 Results;191
21.6;5 Conclusions;192
21.7;References;193
22;Experimental Study of the Process of Borazon Grinding of Thermal Barrier Coating of ZrO;195
22.1;Abstract;195
22.2;1 Introduction;195
22.3;2 Literature Review;196
22.4;3 Research Methodology;197
22.5;4 Results;202
22.6;5 Conclusions;203
22.7;References;203
23;Surface Finishing of Complexly Shaped Parts Fabricated by Selective Laser Melting;204
23.1;Abstract;204
23.2;1 Introduction;204
23.3;2 Literature Review;205
23.4;3 Research Methodology;206
23.5;4 Results;208
23.5.1;4.1 Microrelief;208
23.5.2;4.2 Roughness and Waviness;209
23.5.3;4.3 Hardness and Residual Stress;211
23.6;5 Conclusions;212
23.7;Acknowledgement;212
23.8;References;212
24;Comparative Assessment of Wear Indicators in Grinding Discs During Cutting of Selected Steels;214
24.1;Abstract;214
24.2;1 Introduction;214
24.3;2 Literature Review;214
24.4;3 Research Methodology;215
24.4.1;3.1 Experimental Environment;215
24.4.2;3.2 Test Parameters During the Cutting Process;216
24.5;4 Results;218
24.6;5 Conclusions;221
24.7;References;222
25;To the Question of the Mechanism of the Effect of Coating on the Durability of Tools from PCBN;224
25.1;Abstract;224
25.2;1 Introduction;224
25.3;2 Literature Review;225
25.4;3 Research Methodology;226
25.5;4 Results;226
25.6;5 Conclusions;232
25.7;References;233
26;Blockchain Technology in Transportation as a Part of the Efficiency in Industry 4.0 Strategy;234
26.1;Abstract;234
26.2;1 Introduction;234
26.3;2 Literature Review;235
26.4;3 Research Methodology;236
26.5;4 Results;241
26.6;5 Conclusions;242
26.7;References;242
27;Study of Dynamic Impacts at Combined Operations of the Thin Turning and Boring;244
27.1;Abstract;244
27.2;1 Introduction;244
27.3;2 Literature Review;245
27.4;3 Research Methodology;246
27.5;4 Results;251
27.6;5 Conclusion;252
27.7;References;253
28;Analytical Study of Kinematic Rake Angles of Cutting Edge of Lathe Tool for Tapered Thread Manufacturing;254
28.1;Abstract;254
28.2;1 Introduction;254
28.3;2 Literature Review;255
28.4;3 Research Methodology;255
28.5;4 Results;258
28.6;5 Conclusions;262
28.7;References;263
29;Determining Rational Cutting Modes for Horizontal Boring Operation Adjusted for the Variable Rigidity of the Process System;264
29.1;Abstract;264
29.2;1 Introduction;264
29.3;2 Literature Review;265
29.4;3 Research Methodology;266
29.5;4 Results;268
29.6;5 Conclusion;271
29.7;References;271
30;Modeling the Process of High-Speed Diamond Grinding of Super Hard Materials;272
30.1;Abstract;272
30.2;1 Introduction;272
30.3;2 Literature Review;273
30.4;3 Research Methodology;273
30.5;4 Results;276
30.6;5 Conclusions;280
30.7;References;281
31;A General Method for Performing an Integrated CAD-MBD-FEM Analysis;282
31.1;Abstract;282
31.2;1 Introduction;282
31.3;2 Literature Review;283
31.4;3 Research Methodology;284
31.5;4 Results;286
31.6;5 Conclusions;288
31.7;References;289
32;Gear Grinding by Superhard Materials Wheels;291
32.1;Abstract;291
32.2;1 Introduction;291
32.3;2 Literature Review;292
32.4;3 Research Methodology;293
32.5;4 Results;293
32.6;5 Conclusions;297
32.7;References;297
33;Fracture Resistance of the Edge of Cemented Carbide Cutting Tool;299
33.1;Abstract;299
33.2;1 Introduction;299
33.3;2 Literature Review;300
33.4;3 Research Methodology;300
33.5;4 Results;302
33.6;5 Conclusions;305
33.7;References;306
34;Improving the Efficiency of Antifriction Coatings by Means of Finishing the Antifriction Non-abrasive Treatment;307
34.1;Abstract;307
34.2;1 Introduction;307
34.3;2 Literature Review;308
34.4;3 Research Methodology;309
34.5;4 Results;310
34.6;5 Conclusions;315
34.7;References;315
35;Study of Thermal Modes of Working Fluids in Grinding Machines;317
35.1;Abstract;317
35.2;1 Introduction;317
35.3;2 Literature Review;319
35.4;3 Research Methodology;321
35.4.1;3.1 Determination of Thermal Parameters of Coolant and Elements with Which It Is in Contact;321
35.4.2;3.2 Determination of Thermal Parameters of Working Fluids in Spindle Bearings;322
35.5;4 Results;322
35.6;5 Conclusions;325
35.7;References;325
36;Computer-Aided Conception for Planning and Researching of the Functional-Oriented Manufacturing Process;327
36.1;Abstract;327
36.2;1 Introduction;327
36.3;2 Literature Review;328
36.4;3 Research Methodology;330
36.5;4 Results;332
36.6;5 Conclusions;336
36.7;References;337
37;About Trimming Processes of Parts in the Shock-Impulse Load of Vibrobunker;339
37.1;Abstract;339
37.2;1 Introduction;339
37.3;2 Literature Review;340
37.4;3 Research Methodology;340
37.5;4 Results;344
37.6;5 Conclusions;347
37.7;References;347
38;Designing in Modern CAD Using Information Model;349
38.1;Abstract;349
38.2;1 Introduction;349
38.3;2 Literature Review;350
38.4;3 Research Methodology;351
38.5;4 Results;352
38.6;5 Conclusions;357
38.7;References;358
39;The Recovery Method for Cast Iron Mill Rolls;360
39.1;Abstract;360
39.2;1 Introduction;360
39.3;2 Literature Review;361
39.4;3 Research Methodology;361
39.5;4 Results;367
39.6;5 Conclusions;368
39.7;References;369
40;Structural Optimization of Technological Layout of Modular Machine Tools;370
40.1;Abstract;370
40.2;1 Introduction;370
40.3;2 Literature Review;372
40.4;3 Research Methodology;373
40.4.1;3.1 Ranking of Technically Realizable Variants of Technological Layouts of Tool Blocks in the Search Process of Rational Solution;373
40.4.2;3.2 The Power Nodes Check by the Magnitude of the Stroke and the Determination of the Main Tuning Dimensions of the Tool Block;377
40.5;4 Results;379
40.6;5 Conclusions;380
40.7;References;380
41;Estimation of Locating Error Using the Dimensional Chain Method;382
41.1;Abstract;382
41.2;1 Introduction;382
41.3;2 Literature Review;382
41.4;3 Research Methodology;383
41.5;4 Results;384
41.5.1;4.1 The Workpiece Locating by the Square Surface and the Perpendicular Hole;384
41.5.2;4.2 The Workpiece Locating by the Square Surface and the Perpendicular Hole with One-Sided Workpiece Clamping;386
41.6;5 Conclusions;388
41.7;References;388
42;Influence of Diamond Smoothering Treatment Power Parameters on Microgeometry of Working Surfaces of Conjugated Parts;390
42.1;Abstract;390
42.2;1 Introduction;390
42.3;2 Literature Review;392
42.4;3 Research Methodology;392
42.5;4 Results;393
42.6;5 Conclusions;397
42.7;References;398
43;Materials Engineering;400
44;Influence of Cadmium Telluride Films’ Processing Types on Efficiency of Solar Cells;401
44.1;Abstract;401
44.2;1 Introduction;401
44.3;2 Literature Review;402
44.4;3 Research Methodology;404
44.4.1;3.1 Obtaining of Experimental Samples;404
44.4.2;3.2 Method of Structural Studies of Cadmium Telluride Base Layers;405
44.4.3;3.3 Methods of Studying Solar Cells Output Parameters Based on Cadmium Telluride;405
44.5;4 Results;406
44.5.1;4.1 Influence of Various Types of Chloride Treatment of Cadmium Telluride Base Layers, Obtained by the Method of the Close-Spaced Sublimation, on the Efficiency of Solar Cells on Their Basis;406
44.5.2;4.2 Influence of Different Types of Chloride Treatments on the Crystalline Structure of Cadmium Tellurium Layers Obtained by the Close-Spaced Sublimation;407
44.5.3;4.3 Discussion of the Research in the Influence of Various Types of Chloride Treatment on CdTe Layers Crystalline Structure and on the Efficiency of Solar Cells on Their Basis;407
44.6;5 Conclusions;408
44.7;References;409
45;Influence of Mechanically Activated Fillers of Different Chemical Nature on Tribotechnical Properties of PTFE-Composites;411
45.1;Abstract;411
45.2;1 Introduction;411
45.3;2 Literature Review;412
45.4;3 Research Methodology;412
45.5;4 Results;414
45.6;5 Conclusions;418
45.7;References;419
46;The Technological Process of Obtaining Sand-Plaster Molds for Complex Thin-Walled Aluminum Castings;421
46.1;Abstract;421
46.2;1 Introduction;421
46.3;2 Literature Review;422
46.4;3 Research Methodology;423
46.5;4 Results;424
46.6;5 Conclusions;428
46.7;References;429
47;Volume of the Nanocluster and Its Depth at Effect of Ions of Different Energies, Varieties and Charges on Titanium Alloy VT-1;431
47.1;Abstract;431
47.2;1 Introduction;431
47.3;2 Literature Review;432
47.4;3 Research Methodology;433
47.5;4 Results;433
47.6;5 Conclusions;437
47.7;References;437
48;New Binding Materials Based on Recycling Polystyrene Foam for Foundry;440
48.1;Abstract;440
48.2;1 Introduction;440
48.3;2 Literature Review;441
48.4;3 Research Methodology;442
48.5;4 Results;443
48.6;5 Conclusions;447
48.7;References;448
49;Investigation of Wear Resistance of Cotton-Polyester Fabric with Antimicrobial Treatment;449
49.1;Abstract;449
49.2;1 Introduction;450
49.3;2 Literature Review;450
49.4;3 Research Methodology;451
49.5;4 Results;452
49.6;5 Conclusions;456
49.7;References;456
50;Infrared Spectroscopy of Gasolines with Addition of Ethanol;458
50.1;Abstract;458
50.2;1 Introduction;458
50.3;2 Literature Review;459
50.4;3 Researches Methodology;460
50.5;4 Results;460
50.6;5 Conclusions;464
50.7;References;465
51;Effects of High-Voltage Potential Bias in Pulsed Form on the Structure and Mechanical Characteristics of Multilayer and Multielement Coatings Obtained by Vacuum Arc Evaporation;467
51.1;Abstract;467
51.2;1 Introduction;467
51.3;2 Literature Review;468
51.4;3 Research Methodology;468
51.5;4 Results;469
51.5.1;4.1 Multi-period TiN/ZrN Coatings with Nanoscale Thicknesses;469
51.5.2;4.2 Multielement Nitride Coatings Based on Ti–V–Zr–Nb–Hf High-Entropy Alloy;471
51.6;5 Conclusions;474
51.7;Acknowledgement;475
51.8;References;475
52;Development of New Filtering Materials for the Purification of Alternative Fuels from Mechanical Impurities;477
52.1;Abstract;477
52.2;1 Introduction;477
52.3;2 Literature Review;478
52.4;3 Researches Methodology;479
52.4.1;3.1 Improvement of Equipment for Production of New Filtering Materials;479
52.4.2;3.2 Technology of Production of New Filter Materials;480
52.4.3;3.3 Optimization of the Form of Filter Materials for High Quality Cleaning of Biofuels;481
52.4.4;3.4 Improving the Corrosion Resistance of Biofuel Filters;482
52.5;4 Results;483
52.6;5 Conclusions;484
52.7;References;485
53;Study of Ions Energy, Their Varieties and Charge on Temperature, Rate of Temperature Rise, Thermal Stresses for Nanostructures on Construction Materials;486
53.1;Abstract;486
53.2;1 Introduction;486
53.3;2 Literature Review;487
53.4;3 Research Methodology;488
53.4.1;3.1 Model of an Individual Ion Effect on a Structural Material;489
53.5;4 Results;490
53.6;5 Conclusions;492
53.7;References;492
54;Effect of Molybdenum on the Structure and Strength of Copper Vacuum Condensates;494
54.1;Abstract;494
54.2;1 Introduction;494
54.3;2 Literature Review;495
54.4;3 Research Methodology;495
54.5;4 Results;496
54.6;5 Conclusions;500
54.7;References;501
55;Mechanical Engineering;503
56;Methodology of Experimental Research of Aeroelastic Interaction Between Two-Phase Flow and Deflecting Elements for Modular Separation Devices;504
56.1;Abstract;504
56.2;1 Introduction;504
56.3;2 Literature Review;506
56.4;3 Research Methodology;506
56.5;4 Results;508
56.5.1;4.1 Experimental Stand;508
56.5.2;4.2 Measurements Methodology and Instruments Set-up;510
56.6;5 Conclusions;511
56.7;Acknowledgments;511
56.8;References;511
57;Enhancing the Gas Engines Fuel Efficiency in Integrated Energy System by Chilling Cyclic Air;515
57.1;Abstract;515
57.2;1 Introduction;515
57.3;2 Literature Review;516
57.4;3 Research Methodology;517
57.5;4 Results;517
57.5.1;4.1 Investigating the Efficiency of Typical Gas Engine Inlet Air Cooling System;517
57.5.2;4.2 Investigating the Efficiency of Developed Gas Engine Inlet Air Cooling System;519
57.6;5 Conclusions;522
57.7;References;522
58;The Control of GTE Brush Seal Flow Characteristics;525
58.1;Abstract;525
58.2;1 Introduction;525
58.3;2 Literature Review;526
58.4;3 Research Methodology;527
58.4.1;3.1 The Inner Diameter of the Seal Element;527
58.4.2;3.2 Stiffness of the Seal Element;528
58.4.3;3.3 Control of Input-Output Characteristics and Test Procedure;530
58.5;4 Results;530
58.6;5 Conclusions;533
58.7;Acknowledgement;534
58.8;References;534
59;Research of the Aerothermopressor Cooling System of Charge Air of a Marine Internal Combustion Engine Under Variable Climatic Conditions of Operation;535
59.1;Abstract;535
59.2;1 Introduction;535
59.3;2 Literature Review;536
59.4;3 Research Methodology;537
59.5;4 Results;538
59.6;5 Conclusions;543
59.7;References;543
60;Correlations for Pollution on Condensing Surfaces of Exhaust Gas Boilers with Water-Fuel Emulsion Combustion;545
60.1;Abstract;545
60.2;1 Introduction;545
60.3;2 Literature Review;546
60.4;3 Research Methodology;547
60.5;4 Results;548
60.6;5 Conclusions;552
60.7;References;553
61;Dynamic Tensions of Sagging Track Sections Resulting from Tractor Hull Oscillations;555
61.1;Abstract;555
61.2;1 Introduction;555
61.3;2 Literature Review;556
61.4;3 Research Methodology;556
61.5;4 Results;560
61.6;5 Conclusion;562
61.7;References;563
62;A Model Validating Technique for the Kinematic Study of Two-Wheeled Vehicles;564
62.1;Abstract;564
62.2;1 Introduction;564
62.3;2 Literature Review;565
62.4;3 Research Methodology;565
62.4.1;3.1 System’s Reference Frames;567
62.4.2;3.2 System’s Kinematic Chain;568
62.4.3;3.3 Surface Parametrization Approach;568
62.4.4;3.4 Cross Product Approach;569
62.4.5;3.5 The Validating Technique;569
62.5;4 Results;569
62.6;5 Conclusions;571
62.7;References;571
63;Experimental Tests of Discrete Strengthened Elements of Machine-Building Structures;574
63.1;Abstract;574
63.2;1 Introduction;574
63.3;2 Literature Review;575
63.4;3 Research Methodology;576
63.5;4 Results;579
63.6;5 Conclusions;583
63.7;References;583
64;Two-Phase Turbulent Flow in the Separation Channel with an Oscillating Wall;585
64.1;Abstract;585
64.2;1 Introduction;585
64.3;2 Literature Review;586
64.4;3 Research Methodology;587
64.4.1;3.1 General Assumptions and Simplifications;587
64.4.2;3.2 Mathematical Modeling of Dispersed Particles Motion;588
64.5;4 Results;590
64.6;5 Conclusions;592
64.7;Acknowledgments;592
64.8;References;593
65;Determination of the Effort for Flexible Strip Pushing on the Surface of a Horizontal Cylinder;597
65.1;Abstract;597
65.2;1 Introduction;597
65.3;2 Literature Review;598
65.4;3 Research Methodology;598
65.5;4 Results;602
65.6;5 Conclusions;604
65.7;References;604
66;Rational Designing of Gas Turbine Inlet Air Cooling System;606
66.1;Abstract;606
66.2;1 Introduction;606
66.3;2 Literature Review;607
66.4;3 Research Methodology;608
66.5;4 Results;608
66.6;5 Conclusions;611
66.7;References;612
67;Reliability of Steam-Operated Emergency Feed Pumps;615
67.1;Abstract;615
67.2;1 Introduction;615
67.3;2 Literature Review;616
67.4;3 Research Methodology;617
67.4.1;3.1 Basic Provisions of the Qualification Method of an Emergency Nutritional Pump with a Steam Drive;617
67.5;4 Results;620
67.6;5 Conclusions;620
67.7;References;621
68;Characteristics of Pressure Passive Reduction Valve with Mechanical Control System;623
68.1;Abstract;623
68.2;1 Introduction;623
68.3;2 Literature Review;624
68.4;3 Research Methodology;626
68.5;4 Results;626
68.6;5 Conclusions;629
68.7;References;629
69;An Innovative Air Conditioning System for Changeable Heat Loads;631
69.1;Abstract;631
69.2;1 Introduction;631
69.3;2 Literature Review;632
69.4;3 Research Methodology;633
69.5;4 Results;633
69.5.1;4.1 Determining the Rational Design Heat Load;633
69.5.2;4.2 Underground of Intensification of Heat Transfer of Refrigerant Boiling Inside Air Coils of Air Coolers;635
69.5.3;4.3 The Innovative Scheme Decisions of Air Conditioning Systems Intensification of Heat Transfer of Refrigerant Boiling Inside Air Coils of Air Coolers;637
69.6;5 Conclusions;638
69.7;References;638
70;Author Index;641
