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Бензиновый двигатель мощностью 90 кВт

2021
В процессе выполнения работ производились: 1. Расчет рабочего процесса 2. Основные показатели двигателя 3. Расчет динамики ДВС 4. Тепловое и напряженно-деформируемое состояние деталей и узлов дви
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Топливо и теория горения

2014
Излагаются теоретические и практические вопросы, связанные со сжиганием органического топлива. Представлены фундаментальные основы теории горения. Дается описание физико-химических свойств
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Бензиновый двигатель мощностью 150 кВт

2021
This work is devoted to the development of gasoline internal combustion engine of 150 kW power. During this work was made: 1. Literature review. 2. The engine working process calculation according to the method Hrynevetskyi-Masing. 3. Dynamic calculation of the engine. 4. Balance analysis. 5.
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Турбореактивный двигатель Р-95Ш тягой 45кН

2021
In this paper, a two-shaft gas turbine engine with a thrust of 45 kN is calculated according to the prototype R-95SH. In the course of the finalqualification work, the following tasks were performed: • Thermal calculationApproximate calculation of the compressor • Calculations of the combustion chamber and turbine • The strength calculation of
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Дизельный двигатель мощностью 150 кВт

2019
This work is devoted to the development of diezel engine capacity of 150 kW. In this work I calculated: the working process of the engine according to the method Hrynevetskyi-Masing, the forces and moments arising in the elements of the engine and balance analysis.
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Дизельный двигатель мощностью 100 кВт

2019
In this work the automobile diesel engine with power of 100 kW was designed. The calculation of the working process of the engine by the method of Grinevetsky-Mazing was made. The forces and moments acting in the cycle of the engine working was determined, strength analysis was determined too.
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Дизельный двигатель мощностью 100 кВт

2016
Разработан дизельный двигатель, спроектированы системы Ð¾Ñ Ð»Ð°Ð¶Ð´ÐµÐ½Ð¸Ñ и смазки, топливоподающая аппаратура. Выполнен тепловой расчет двигателя. Произведены проверочные работы на прочность детал
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Дизельный двигатель мощностью 90 кВт

2019
Данная работа посвящена разработке дизельного двигателя 90 кВт. В ходе выполнения работы рассчитаны: рабочий процесс двигателя по методу Гриневецкого-Мазинга, силы и моменты, возникающие в эР...
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Дизельный двигатель мощностью 22 кВт

2019
A marine diesel engine with a power of 22 kW has been developed in this work. The calculation of the engine's workflow according to the Grinevetsky-Masing method, The calculation of the forces and the moments occurring in the engine elements has been made, as well as the analysis of balance and calculations of the strength of the crankshaft, connecting
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Бензиновый двигатель мощностью 120 кВт

2019
This work is devoted to the development of gasoline engine capacity of 120 kW. In this work I calculated: the working process of the engine according to the method Hrynevetskyi-Masing, the forces and moments arising in the elements of the engine and balance analysis. Also I made the analysis of the strength of the crankshaft, piston-rod and piston pin.
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