Thermodynamic Performance Simulation on the Split-type Stirling Engine 分置式斯特林发动机热力性能的仿真
The Redesign and Thermodynamic Analysis of the Micro Swing Engine; oscillating device mechanism 微型摆式发动机的结构改进设计及热力学分析重锤摆动装置的机构
Preliminary analysis of thermodynamic cycle of an intercooled recuperated turbofan engine 中冷回热航空涡扇发动机热力循环初步分析
New Analysis of Irreversible Thermodynamic Cycle for Heat Engine 热机不可逆热力循环新析
By this method, the optimum solutions to the thermodynamic relationships describing the engine component matching operation are obtained for every possible fault combination, from which the reasonable solutions are selected according to the reasonableness criterion. 其基本原理如下:对于发动机部件匹配热力学关系式的小偏差方程组,利用最优化方法求出各种可能的故障组合的最优解,并根据合理性判据选择合理的最优解。
A cyclic thermodynamic heat engine, which combines adiabatic and isothermal processes and consists of classical ideal gas as working substance, runs most efficiently if it is reversible. 以经典理想气体为工质的卡诺热机循环由两个等温和两个绝热过程构成,热机可逆时,它的效率为最大。
A Method for the Construction of a Thermodynamic Model for Gas Turbine Engine Condition Monitoring and Diagnosis 状态监测与诊断用燃气轮机热力模型的构造方法
Finite-Time Thermodynamic Analysis of Heat Engine Based on Finite-Heat Sources 有限热源换热时热机的有限时间热力学分析
Finite Time Thermodynamic Optimization of Irreversible Heat Engine Plant in Two Cycle Mode 两类循环模式下不可逆热机装置的有限时间热力学优化
The numerical method of the thermodynamic calculations of the diesel engine 柴油机热力计算的数值方法
Based on the kinetics mechanism of the ignition reaction and thermodynamic combustion sub-model of the engine fuelled with dimethyl ether, an ignition delay database library and working process simulation of the engine were set up. 以二甲基醚着火反应机理和热力学燃烧模型为基础,建立了二甲基醚着火数据库及发动机工作过程的数学模型,藉此进行了发动机的循环模拟计算。
Finite-time thermodynamic analysis of a heat engine operating between finite heat sources 有限热源的热机供热率与效率关系的有限时间热力学分析
Design of Automotive Exhaust Muffler Based on Thermodynamic Process of Engine 基于发动机热力过程的汽车排气消声器设计
Thermodynamic Model of Turbo-Shaft Engine Starting Process 涡轴发动机起动过程的一种气动热力学实时模型
The simple definition and development and the state of finite time thermodynamic theory of internal combustion engine and applications are described. 简要回顾了有限时间热力学理论的发展,着重介绍了内燃机理论循环的有限时间热力学理论。
A Calculation Method for Composition of Gas and Its Thermodynamic Properties in Diesel Engine Cylinder 柴油机气缸内气体成分及其热工参数计算方法
And the emphasis is made on the performance optimization of thermodynamic processes and devices of internal combustion engine with finite time or finite size constraints. The development trend of finite time thermodynamic theory of internal combustion engine is shown. 比较全面地论述了近二十年有限时间和有限尺寸约束条件下的内燃机热力过程和装置的性能优化问题,以及内燃机工作过程有限时间热力学分析的发展趋势。
The PID combined control is adopted mostly in the constant control system of thermodynamic parameters for automotive engine room equipment. 自动化船舶的机舱设备热工参数的定值控制系统多采用P、I、D的组合控制。
Development and application of a model for calculating thermodynamic parameters in a diesel engine under cold starting conditions 柴油机冷起动时热力参数计算模型的建立与应用
A Thermodynamic Calculation Method for Estimating Gasoline Engine Knocking 汽油机爆震的热力计算方法
Finite Time Thermodynamic Performance Bound for Quantum Carnot Engine at Maximum Point E目标下量子卡诺热机有限时间热力学性能界限
Thermodynamic Duct Jet Engine of Three Model-New Type of Space Plane Main Engine 三模态热管式喷气发动机&新型的航天飞机主发动机
Application of Δ p and Δ H in thermodynamic analysis on 2-stroke marine diesel engine 船用二冲程柴油机热工分析中Δp与ΔH的应用
An Investigation on Thermodynamic Process of Turbocharged Four-stroke Diesel engine under Subaqueous Condition 涡轮增压四冲程柴油机水下工况的工作过程研究
Thermodynamic Analysis on the Hydrogen Engine Cycle and Its Variation 氢气机循环的热力学分析及其变化特征
Thermodynamic analysis of heat engine/ heat pump combined cycle and power selection of heat pump 热机热泵联合循环热力学分析与热泵动力选择
Finite Time Thermodynamic Analysis of Internal Combustion Engine Irreversible Cycle 内燃机有限时间内不可逆循环热力学分析
Thermodynamic extrapolation of rocket engine performance parameters 火箭发动机性能参数的热力学外推法
The work process of torpedo turbine engine was analyzed. Based on the theory of engineering thermodynamics, inner parameter and thermodynamic calculation mathematic model of turbine engine were established. The thermodynamic calculation and the structure design of torpedo turbine engine were completed at the same time. 以工程热力学为基础,建立了涡轮机内部参数和热力计算的数学模型,并对***涡轮机的各个部分进行了热力计算和结构设计计算。