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Heading work "Thermal and dynamic calculation of the engine"

  • Added: 22.04.2021
  • Size: 360 KB
  • Downloads: 4
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Description

1. Input data for thermal calculation of internal combustion piston engine

Table 1 - Input

Ne, kVn, Min-1ieαS/DPrototyp50580048,340,950.9VAZ-2108

Contents

Vvedeniye21. Input data for thermal calculation of internal combustion piston motor 32. Thermal calculation and determination of the main sizes dvigatelya42.1 Process napolneniya52.2 Process szhatiya52.3 Process sgoraniya72.4 Process of the Process expansion 82.5 vypuska82.6 Indicator pokazateli92.7 Effective pokazateli92.8 the Sizes dvigatelya123 Dynamic raschet163.1 Construction indicator diagrammy183.2 Development of the indicator chart in koordinatakh183.3 Creation of charts sil183.4 Creation of stress diagrams of Pj, P ∑, the RG, T, K183.5 Creation of the schedule total twisting momenta194. Calculation and construction of the external speed characteristic of the engine. Special Task 22

List of used literature

26

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Additional information

Contents

Introduction

1. Input data for thermal calculation of internal combustion piston engine

2. Thermal calculation and determination of the main dimensions of the engine

2.1 Filling process

2.2 Compression Process

2.3 Combustion process

2.4 Expansion Process

2.5 Release Process

2.6 Indicators

2.7 Effective indicators

2.8 Engine dimensions

3 Dynamic calculation

3.1 Building an Indicator Chart

3.2 Drilldown of indicator chart in coordinates

3.3 Construction of force diagrams

3.4 Diagram of forces Pj, P∑, Rg, T, K

3.5 Plotting of total torque

4. Calculation and construction of engine external speed characteristic

5. Special task

List of used literature

Introduction

The thermal calculation of the engine is used to determine the parameters of the working medium in the engine cylinder, as well as the estimated parameters of the working process, to evaluate power and economic indicators that allow assessing the power and fuel consumption.

The calculation method is based on the method of V.I. Grinevetsky, later improved by E.K. Mazing, N.R. Briling, B.S. Stechkin and others.

The task of dynamic calculation is to determine the forces acting in the mechanisms for converting the energy of the working medium into the mechanical work of the engine.

In the present work, thermal and dynamic calculations are performed for the rated power mode.

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