Intro
Preface
Contents
Shaft Movement in Plane Bearing with Clearance
1 Introduction
2 Acting Forces
3 Shaft Movement in Constant Contact with the Bearing
4 Shaft Movement with Absolutely Rigid and Elastic Bearings
5 Loss of Contact Between Shaft and Bearing
6 Unbalanced Shaft
7 Conclusion
References
Nomogram-Parametric Design for the Electromagnetic Separator with Permanent Magnets
1 Introduction
2 Materials and Methods
3 Results and Discussion
4 Conclusions
References

AFEM as the Variant of FEM for Analysis of N-Nonlinear Systems at Limit States
1 Introduction
2 Theoretical Bases of the Additional Finite Element Method (AFEM)
3 Problem. Conditions for Analysis at the Ultimate Limit State and Necessary Equations
4 The Additional Finite Element Method (AFEM)
4.1 Mathematical Criterion of the Ultimate State
4.2 Additional Design Diagrams and the Set of Equations of AFEM
4.3 Function and Mathematical Characteristics of AFE
5 Conclusion
References
Calculation of the Wheel Rolling Radius at Design Modeling of a Wheeled Vehicle

1 Introduction
2 Purpose of Research
3 Research Method
4 Results and Their Discussion
5 Conclusion
References
High-Efficiency Worm Drive for Machine Rotary Table
1 Introduction
2 3D Modeling of the Machine Rotary Table
3 Comprehensive Calculation of Worm Transmission in APM Trans CAD-Module
4 Kinematic Approach to the Choice of a Rational Two-Stage Worm Gear Drive Design
4.1 Increased DWG2-Efficiency Criterion
4.2 Increased Strength of Stages Criterion
4.3 Minimum WGD2-Mass Criterion
5 Conclusion
References

Analysis of Operating Cycle Processes for Axial Internal Combustion Engine Working Under Full Load
1 Introduction
2 Design Features and Analytical Description of the APE Operating Cycle Processes
3 Analytical Description of the Operating Cycle Processes for a Two-Stroke Axial Internal Combustion Engine
4 Comparative Assessment of Axial and Crank Internal Combustion Engine Parameters Under Similar Loads
5 Conclusion
References
Design Features of Switching Diesel Engines to the Gas-Diesel Operation Using Natural Gas as a Fuel
1 Introduction
2 Problem Statement

3 Research Questions
4 Theoretical Section
5 Findings
6 Conclusion
References
Method of Simulation of the Thermal Deformation Behavior of Double-Sided Face Grinding Machines
1 Introduction
2 Thermoelastic Model of the Load-Bearing System of Machine Tool
2.1 Development of a Design Scheme that takes into Account the Design Features of Double-Sided Face Grinding Machines with Horizontal Spindles
2.2 Assigning Boundary Conditions
2.3 Calculation of Machine Tool Temperature Deformations
3 Checking the Adequacy of the Accepted Design Model
4 Conclusion
References