The gross rubber has a high plasticity and fluidity and gumminess of composition is increased.

其具有较高塑及流使胶料粘增加。

The influence of peptizer B on Mooney viscosity,plasticity and heat aging property of NR was investigated.

研究塑解剂B对NR门尼粘度、塑和热老化能影响。

It is related to metallurgy,thermology,and the theory of plasticity and developed on the basis of them.

它涉及金属学、传热学和塑力学理论，以此为基础，交叉发展而成。

After experimental data processing, material's viscousness coefficient was acquired and a new method to determine fatigue limit by the threshold of plasticity energy dissipation was given.

通过对试验数据分析，求出了材料黏系数，给出了利用塑能耗起点确定材料疲劳极限方法。

The effect of the mesh density, the change of dynamic plasticity property of mild steel with strain rate and the spotweld mechanical property on the simulation results is analyzed.

分析了网格密度、身用低碳钢材料塑特随应变率变化及焊点力学特因素对仿真结果影响。

The gross rubber has a high plasticity and fluidity and gumminess of composition is increased.

具有较高的塑性及流动性并使胶料粘性增加。

The influence of peptizer B on Mooney viscosity,plasticity and heat aging property of NR was investigated.

研究塑解剂B对NR门尼粘度、塑性和热老化性能的影响。

It is related to metallurgy,thermology,and the theory of plasticity and developed on the basis of them.

它涉及金属学、传热学和塑性力学理论，并以此为基础，交叉发展而成。

After experimental data processing, material's viscousness coefficient was acquired and a new method to determine fatigue limit by the threshold of plasticity energy dissipation was given.

通过对试验数据的分析，求出了材料的黏性系数，给出了利用塑性能耗的起点确定材料疲劳极限的方法。

The effect of the mesh density, the change of dynamic plasticity property of mild steel with strain rate and the spotweld mechanical property on the simulation results is analyzed.

分析了网格密度、身用低碳钢材料塑性特性随应变率的变化及焊点力学特性因素对仿真结果的影响。

The gross rubber has a high plasticity and fluidity and gumminess of composition is increased.

其具有较高塑性及流动性并使胶料粘性增加。

The influence of peptizer B on Mooney viscosity,plasticity and heat aging property of NR was investigated.

研究塑解剂BNR粘度、塑性和热老化性能影响。

It is related to metallurgy,thermology,and the theory of plasticity and developed on the basis of them.

它涉及金属学、传热学和塑性力学理论，并以此为基础，交叉发展而成。

After experimental data processing, material's viscousness coefficient was acquired and a new method to determine fatigue limit by the threshold of plasticity energy dissipation was given.

通过试验数据分析，求出了材料黏性系数，给出了利用塑性能耗起点确定材料疲劳极限方法。

The effect of the mesh density, the change of dynamic plasticity property of mild steel with strain rate and the spotweld mechanical property on the simulation results is analyzed.

分析了网格密度、身用低碳钢材料塑性特性随应变率变化及焊点力学特性因素仿真结果影响。

The gross rubber has a high plasticity and fluidity and gumminess of composition is increased.

其具有较高的及流动并使胶料粘增加。

The influence of peptizer B on Mooney viscosity,plasticity and heat aging property of NR was investigated.

研究解剂B对NR门尼粘度、和热老化能的影响。

It is related to metallurgy,thermology,and the theory of plasticity and developed on the basis of them.

它涉及金属学、传热学和力学理，并以此为基础，交叉发展而成。

After experimental data processing, material's viscousness coefficient was acquired and a new method to determine fatigue limit by the threshold of plasticity energy dissipation was given.

通过对试验数据的分析，求出了材料的黏系数，给出了利用能耗的起点确定材料疲劳极限的方法。

The effect of the mesh density, the change of dynamic plasticity property of mild steel with strain rate and the spotweld mechanical property on the simulation results is analyzed.

分析了网格密度、身用低碳钢材料特随应变率的变化及焊点力学特因素对仿真结果的影响。

The gross rubber has a high plasticity and fluidity and gumminess of composition is increased.

其具有较高的塑性性并使胶料粘性增加。

The influence of peptizer B on Mooney viscosity,plasticity and heat aging property of NR was investigated.

研究塑解剂B对NR门尼粘度、塑性和热老化性能的影响。

It is related to metallurgy,thermology,and the theory of plasticity and developed on the basis of them.

它涉金属、传热和塑性力理论，并以此为基础，交叉发展而成。

After experimental data processing, material's viscousness coefficient was acquired and a new method to determine fatigue limit by the threshold of plasticity energy dissipation was given.

通过对试验数据的分析，求出了材料的黏性系数，给出了利用塑性能耗的起点确定材料疲劳极限的方法。

The effect of the mesh density, the change of dynamic plasticity property of mild steel with strain rate and the spotweld mechanical property on the simulation results is analyzed.

分析了网格密度、身用低碳钢材料塑性特性随应变率的变化焊点力特性因素对仿真结果的影响。

The gross rubber has a high plasticity and fluidity and gumminess of composition is increased.

其具有较高塑性及流动性并使胶料粘性增加。

The influence of peptizer B on Mooney viscosity,plasticity and heat aging property of NR was investigated.

研究塑解剂B对NR门尼粘度、塑性和热老化性能。

It is related to metallurgy,thermology,and the theory of plasticity and developed on the basis of them.

它涉及金属学、传热学和塑性力学理论，并以此为基础，交叉发展而成。

After experimental data processing, material's viscousness coefficient was acquired and a new method to determine fatigue limit by the threshold of plasticity energy dissipation was given.

通过对试验数据分析，求出了材料黏性系数，给出了利用塑性能耗起点确定材料疲劳极限方法。

The effect of the mesh density, the change of dynamic plasticity property of mild steel with strain rate and the spotweld mechanical property on the simulation results is analyzed.

分析了网格密度、身用低碳钢材料塑性特性随应变率变化及焊点力学特性因素对仿真结果。

The gross rubber has a high plasticity and fluidity and gumminess of composition is increased.

其具有较高的塑及流动并使胶料增加。

The influence of peptizer B on Mooney viscosity,plasticity and heat aging property of NR was investigated.

研究塑解剂B对NR门尼度、塑和热老化能的影响。

It is related to metallurgy,thermology,and the theory of plasticity and developed on the basis of them.

它涉及金属学、传热学和塑力学理论，并以此为基础，交而成。

After experimental data processing, material's viscousness coefficient was acquired and a new method to determine fatigue limit by the threshold of plasticity energy dissipation was given.

通过对试验数据的分析，求出了材料的黏系数，给出了利用塑能耗的起点确定材料疲劳极限的方法。

The effect of the mesh density, the change of dynamic plasticity property of mild steel with strain rate and the spotweld mechanical property on the simulation results is analyzed.

分析了网格密度、身用低碳钢材料塑特随应变率的变化及焊点力学特因素对仿真结果的影响。

The gross rubber has a high plasticity and fluidity and gumminess of composition is increased.

有较高塑性及流性并使胶料粘性增加。

The influence of peptizer B on Mooney viscosity,plasticity and heat aging property of NR was investigated.

研究塑解剂B对NR门尼粘度、塑性和热老化性能影响。

It is related to metallurgy,thermology,and the theory of plasticity and developed on the basis of them.

它涉及金属学、传热学和塑性力学理论，并以此为基础，交叉发展而成。

After experimental data processing, material's viscousness coefficient was acquired and a new method to determine fatigue limit by the threshold of plasticity energy dissipation was given.

通过对试验数据分析，求出了材料黏性系数，给出了利用塑性能耗起点确定材料疲劳极限方法。

The effect of the mesh density, the change of dynamic plasticity property of mild steel with strain rate and the spotweld mechanical property on the simulation results is analyzed.

分析了网格密度、身用低碳钢材料塑性特性随应变率变化及焊点力学特性因素对仿真结果影响。

The gross rubber has a high plasticity and fluidity and gumminess of composition is increased.

其具有较高的流动并使胶料粘增加。

The influence of peptizer B on Mooney viscosity,plasticity and heat aging property of NR was investigated.

研究解剂B对NR门尼粘度、和热老化能的影响。

It is related to metallurgy,thermology,and the theory of plasticity and developed on the basis of them.

它涉金属、传热和力理论，并以此为基础，交叉发展而成。

After experimental data processing, material's viscousness coefficient was acquired and a new method to determine fatigue limit by the threshold of plasticity energy dissipation was given.

通过对试验数据的分析，求出了材料的黏系数，给出了利用能耗的起点确定材料疲劳极限的方法。

The effect of the mesh density, the change of dynamic plasticity property of mild steel with strain rate and the spotweld mechanical property on the simulation results is analyzed.

分析了网格密度、身用低碳钢材料特随应变率的变化焊点力特因素对仿真结果的影响。