Mechanical, Industrial and Technical Calculations.

Introductory chapters

• Introduction
• Why MS Excel is used
• Installation, HW and SW requirements, starting
• Compatibility of calculations with various versions of Excel
• Authorization, demo version, protection
• MITCalc Integrated Environment
• How to use this help section, syntax
• New versions, technical support

Control, modifications, CAD, etc.

• Control, structure and syntax of calculations
• Information on the project
• Graphic output, CAD systems
• Setting calculations, change the language
• Workbook (calculation) modifications

Tables and documents

• Decision table for selecting the transmission type
• Recommendations for safety coefficient options
• Selection of a type of coupling of a shaft with a hub
• Selection of a rolling bearing

Calculation examples

• Example of gearbox calculation

Instructional videos

1. Introduction of MITCalc
2. V-Belt, Calculation and Design
3. Spur Gear, Calculation and Design
4. Shaft, Calculation and Design
5. Shaft Connection - Key, Calculation and Design
6. Bearings, Calculation and Design
7. Roller Chains, Calculation and Design
8. Shaft Connection - Involute Spline, Calculation and Design
9. Straight Beam, Calculations and Design
10. Slender Strut (Column) Buckling, Calculation
11. Spur Gear - Exact 3D Model for Print or Manufacturing
12. Worm Gear, Calculation and Design
13. Planet Gear, Calculation and Design
14. 15 Types of Springs, Calculations and Design
15. Cylindrical Compression Springs, Calculations and Design
16. Tolerances and fits, Calculation and Design
17. Tolerance analysis of linear dimensional chains
18. Tolerance analysis of 2-D and 3-D dimensional chains
19. Plates (circular, annular circular, rectangular), Calculation and Design
20. Bevel and hypoid gearing ISO 23509, design and 3D model (SOLIDWORKS)
21. Bevel and hypoid gearing ISO 23509, design and 3D model (Inventor)
22. Bevel and hypoid gearing ISO 23509, design and 3D model (SolidEdge)
23. Power screw, Calculation and Design
24. Ball screw, Calculation and Design
25. Friction brakes and clutches, Calculation and Design

List of calculations and programs

Beams, shafts, profiles

• Straight beams with a constant cross-section
• Shafts - design, deformation, strength test
• Profiles - Static characteristics
• Slender strut (column) buckling
• Power screws
• Ball screws

Plates and shells

• Plates (circular, annular circular, rectangular)
• Shells (rotation and rotationally symmetric)

Toothing

• Spur gearing (external / internal / gear rack)
• Bevel gearing
• Bevel and hypoid gearing - geometry [ISO 23509]
• Worm gearing
• Planetary Gearing with Spur and Helical Toothing
• Involute gearing - theory
• Design of a transmission ratio

Belts and chains

• V-belts
• Toothed belts
• Chains
• Transmission using multiple pulleys/sprocket wheels

Brakes, Clutches, Flywheels

• Friction brakes and clutches
• Flywheels

Bearings

• Rolling bearings I - SKF
• Rolling bearings II - INCH
• Rolling bearings III - FAG, INA
• Hydrodynamic plain journal bearings
• Hydrodynamic plain thrust pad bearings and plain tilting pad thrust bearings

Connections

• Bolted connection
• Coupling of shafts using a key, grooving
• Drawing of involute spline
• Force couplings of shafts with hubs
• Pinned couplings
• Welded connections

Springs

• Springs (15 types)
• Compression spring
• Tension spring
• Torsion spring

Tolerances, tolerancing

• Tolerances and fits
• Tolerance analysis of linear dimensional chains
• Tolerance analysis of 2-D and 3-D dimensional chains

Tools

• Fluid mechanics
• Searching of calculation
• Conversion of units, tables
• Technical formulas
• Thermal Properties of Materials
• Vehicle aerodynamics
• External ballistics