Research of the influences of Foam Expansion Ratio (FER) and the stability of foam to the cutterhead torque.

通过对试验结果的分析,得出气泡稳定以及发泡倍率对刀盘扭矩的影响规律。

Furthermore, the models for the analyses, such as pressure angle, curvature, kinetostatics, and input torque, of the mechanism are built.

且建立该凸轮机构之各分析的数学模式，包括压力角分析、曲率分析、运动静力分析，及推导系统输扭矩表示式。

A mechanics model of dynamometry bolt was given and it was shown that dynamometry bolt mainly bear tension and torque in real application.

给出巷道支护测力锚杆的力学模型,指出测力锚杆实际应要承受拉力、扭矩作。

This paper introduces the torquemeter used in a testing laboratory of large-scale motor. The torquemeter with multidiameter axis meets both the requirement of measuring accuracy and universality.

本文对某大型电机试验室在电机试验过程选扭矩测量装置的情况进行介绍。该测量装置采阶梯轴形式,对原装置进行改进,使之在满足测量精度的同时满足了测量量程较宽的要求。

Research of the influences of Foam Expansion Ratio (FER) and the stability of foam to the cutterhead torque.

通过对试验分析,得出气泡稳定性以及发泡倍率对刀盘扭矩影响规律。

Furthermore, the models for the analyses, such as pressure angle, curvature, kinetostatics, and input torque, of the mechanism are built.

且建立该凸轮机构之各项特性分析数学模式，包括压力角分析、曲率分析、运动静力分析，及推导系统输扭矩表示式。

A mechanics model of dynamometry bolt was given and it was shown that dynamometry bolt mainly bear tension and torque in real application.

给出巷道支护中测力锚杆力学模型,指出测力锚杆实际应用中主要承受拉力、扭矩作用。

This paper introduces the torquemeter used in a testing laboratory of large-scale motor. The torquemeter with multidiameter axis meets both the requirement of measuring accuracy and universality.

本文对某大型电机试验室在电机试验过程中选用扭矩测量装况进行介绍。该测量装采用阶梯轴形式,对原装进行改进,使之在满足测量精度同时满足了测量量程较宽要求。

Research of the influences of Foam Expansion Ratio (FER) and the stability of foam to the cutterhead torque.

通过对试验结果的分析,得出气泡稳定性以及发泡倍率对刀盘扭矩的影响规。

Furthermore, the models for the analyses, such as pressure angle, curvature, kinetostatics, and input torque, of the mechanism are built.

立该凸轮机构之各项特性分析的数学模式，包括压力角分析、曲率分析、运动静力分析，及推导系统输扭矩表示式。

A mechanics model of dynamometry bolt was given and it was shown that dynamometry bolt mainly bear tension and torque in real application.

给出巷道支护中测力锚杆的力学模型,指出测力锚杆实际应中主要承受拉力、扭矩作。

This paper introduces the torquemeter used in a testing laboratory of large-scale motor. The torquemeter with multidiameter axis meets both the requirement of measuring accuracy and universality.

对某大型电机试验室在电机试验过程中选扭矩测量装置的情况进行介绍。该测量装置采阶梯轴形式,对原装置进行改进,使之在满足测量精度的同时满足了测量量程较宽的要求。

Research of the influences of Foam Expansion Ratio (FER) and the stability of foam to the cutterhead torque.

通过对试验结果的析,得出气泡稳定性以及发泡倍率对刀盘扭矩的影响规律。

Furthermore, the models for the analyses, such as pressure angle, curvature, kinetostatics, and input torque, of the mechanism are built.

且建立该凸轮机构之各项特性析的数式，包括压析、曲率析、运动静析，及推导系统输扭矩表示式。

A mechanics model of dynamometry bolt was given and it was shown that dynamometry bolt mainly bear tension and torque in real application.

给出巷道支护中测锚杆的型,指出测锚杆实际应用中主要承受拉、扭矩作用。

This paper introduces the torquemeter used in a testing laboratory of large-scale motor. The torquemeter with multidiameter axis meets both the requirement of measuring accuracy and universality.

本文对某大型电机试验室在电机试验过程中选用扭矩测量装置的情况进行介绍。该测量装置采用阶梯轴形式,对原装置进行改进,使之在满足测量精度的同时满足了测量量程较宽的要求。

Research of the influences of Foam Expansion Ratio (FER) and the stability of foam to the cutterhead torque.

通过对试验结果的分析,得出气泡稳定性以及发泡倍率对刀盘扭矩的影响规律。

Furthermore, the models for the analyses, such as pressure angle, curvature, kinetostatics, and input torque, of the mechanism are built.

且建立该凸轮机构特性分析的数学模式，包括压力角分析、曲率分析、运动静力分析，及推导系统输扭矩表示式。

A mechanics model of dynamometry bolt was given and it was shown that dynamometry bolt mainly bear tension and torque in real application.

给出巷道支护中测力锚杆的力学模型,指出测力锚杆实际应用中受拉力、扭矩作用。

This paper introduces the torquemeter used in a testing laboratory of large-scale motor. The torquemeter with multidiameter axis meets both the requirement of measuring accuracy and universality.

本文对某大型电机试验室在电机试验过程中选用扭矩测量装置的情况进行介绍。该测量装置采用阶梯轴形式,对原装置进行改进,使在满足测量精度的同时满足了测量量程较宽的求。

Research of the influences of Foam Expansion Ratio (FER) and the stability of foam to the cutterhead torque.

通过对验结果的分析,得出气泡稳定性以及发泡倍率对刀的影响规律。

Furthermore, the models for the analyses, such as pressure angle, curvature, kinetostatics, and input torque, of the mechanism are built.

且建立该凸轮构之各项特性分析的数学模式，包括压力角分析、曲率分析、运动静力分析，及推导系统输表示式。

A mechanics model of dynamometry bolt was given and it was shown that dynamometry bolt mainly bear tension and torque in real application.

给出巷道支护中测力锚杆的力学模型,指出测力锚杆实际应用中主要承受拉力、作用。

This paper introduces the torquemeter used in a testing laboratory of large-scale motor. The torquemeter with multidiameter axis meets both the requirement of measuring accuracy and universality.

本文对某大型验室在验过程中选用测量装置的情况进行介绍。该测量装置采用阶梯轴形式,对原装置进行改进,使之在满足测量精度的同时满足了测量量程较宽的要求。

Research of the influences of Foam Expansion Ratio (FER) and the stability of foam to the cutterhead torque.

通过对试验结果的析,得出气泡稳定性以及发泡倍对刀盘扭矩的影响规律。

Furthermore, the models for the analyses, such as pressure angle, curvature, kinetostatics, and input torque, of the mechanism are built.

且建立该凸轮机构之各项特性析的数学模式，包括压角析、析、运动静析，及推导系统输扭矩表示式。

A mechanics model of dynamometry bolt was given and it was shown that dynamometry bolt mainly bear tension and torque in real application.

给出巷道支护中测的学模型,指出测实际应用中主要承受拉、扭矩作用。

This paper introduces the torquemeter used in a testing laboratory of large-scale motor. The torquemeter with multidiameter axis meets both the requirement of measuring accuracy and universality.

本文对某大型电机试验室在电机试验过程中选用扭矩测量装置的情况进行介绍。该测量装置采用阶梯轴形式,对原装置进行改进,使之在满足测量精度的同时满足了测量量程较宽的要求。

Research of the influences of Foam Expansion Ratio (FER) and the stability of foam to the cutterhead torque.

通过对试验结果分析,得出气泡稳定性以及发泡倍率对刀盘扭矩规律。

Furthermore, the models for the analyses, such as pressure angle, curvature, kinetostatics, and input torque, of the mechanism are built.

且建立该凸轮机构之各项特性分析数学模式，包括压力角分析、曲率分析、运动静力分析，及推导系统输扭矩表示式。

A mechanics model of dynamometry bolt was given and it was shown that dynamometry bolt mainly bear tension and torque in real application.

给出巷道支护中测力锚杆力学模,指出测力锚杆实际应用中主要承受拉力、扭矩作用。

This paper introduces the torquemeter used in a testing laboratory of large-scale motor. The torquemeter with multidiameter axis meets both the requirement of measuring accuracy and universality.

本文对电机试验室在电机试验过程中选用扭矩测量装置情况进行介绍。该测量装置采用阶梯轴形式,对原装置进行改进,使之在满足测量精度同时满足了测量量程较宽要求。

Research of the influences of Foam Expansion Ratio (FER) and the stability of foam to the cutterhead torque.

通过对试验结果分析,得出气泡稳定性以及发泡倍率对刀盘扭矩规律。

Furthermore, the models for the analyses, such as pressure angle, curvature, kinetostatics, and input torque, of the mechanism are built.

且建立该凸轮机构之各项特性分析数学模式，包括压力角分析、曲率分析、运动静力分析，及推导系统输扭矩表示式。

A mechanics model of dynamometry bolt was given and it was shown that dynamometry bolt mainly bear tension and torque in real application.

给出巷道支护中测力锚杆力学模,指出测力锚杆实际应用中主要承受拉力、扭矩作用。

This paper introduces the torquemeter used in a testing laboratory of large-scale motor. The torquemeter with multidiameter axis meets both the requirement of measuring accuracy and universality.

本文对电机试验室在电机试验过程中选用扭矩测量装置情况进行介绍。该测量装置采用阶梯轴形式,对原装置进行改进,使之在满足测量精度同时满足了测量量程较宽要求。

Research of the influences of Foam Expansion Ratio (FER) and the stability of foam to the cutterhead torque.

通过试结果的分析,得出气泡稳定性以及发泡倍盘扭矩的影响规律。

Furthermore, the models for the analyses, such as pressure angle, curvature, kinetostatics, and input torque, of the mechanism are built.

且建立该凸轮机构之各项特性分析的数学模式，包括压力角分析、曲分析、运动静力分析，及推导系统输扭矩表示式。

A mechanics model of dynamometry bolt was given and it was shown that dynamometry bolt mainly bear tension and torque in real application.

给出巷道支护中测力锚杆的力学模型,指出测力锚杆实际应用中主要承受拉力、扭矩作用。

This paper introduces the torquemeter used in a testing laboratory of large-scale motor. The torquemeter with multidiameter axis meets both the requirement of measuring accuracy and universality.

本文某大型电机试电机试过程中选用扭矩测量装置的情况进行介绍。该测量装置采用阶梯轴形式,原装置进行改进,使之满足测量精度的同时满足了测量量程较宽的要求。