The damping principle of high rise multistorey buildings equipped with suspension-mass pendulums was discussed and their damping performance was investigated.

摘要论述了在高层构中利用悬吊质量摆减震的原理并对其减震性能进行了研究。

The JH600 is a dual sport, but the suspension is not adjustable, unless you want to take the fork apart and futz with the oil.

嘉陵600是一种两用途车，然而，他的减震不可调整，除非你拆下前叉并改变减震油的分。

The semiactive variable stiffness and damping control device outperforms the semiactive variable stiffness control as the result of the presence of auxiliary damping in this device.

与变刚度控制相比，变刚度变阻尼控制由于在装置中附加了阻尼，可以取得比变刚度控制更为有效的减震控制效果。

Based on the theory of interaction of fluid-solid, tridimensional FEM model of dam-aircushion-water is introduced.The vibration isolation mechanism and effectiveness of air cushion has been studied.

摘要从流固耦合理论出，了坝体-气幕-库水隔震的三维有限元理论模型，研究了气幕隔震的减震机理和隔震效果。

The damping principle of high rise multistorey buildings equipped with suspension-mass pendulums was discussed and their damping performance was investigated.

摘要论述了在高层建筑结构利用悬吊质量摆减震原理并对其减震性能进行了研究。

The JH600 is a dual sport, but the suspension is not adjustable, unless you want to take the fork apart and futz with the oil.

嘉陵600是一种两用途车，然，减震不可调整，除非你拆下前叉并改变减震油分。

The semiactive variable stiffness and damping control device outperforms the semiactive variable stiffness control as the result of the presence of auxiliary damping in this device.

与变刚度控制相比，变刚度变阻尼控制由于在附加了阻尼，可以取得比变刚度控制更为有效减震控制效果。

Based on the theory of interaction of fluid-solid, tridimensional FEM model of dam-aircushion-water is introduced.The vibration isolation mechanism and effectiveness of air cushion has been studied.

摘要从流固耦合理论出发，介绍了坝体-气幕-库水隔震三维有限元理论模型，研究了气幕隔震减震机理和隔震效果。

The damping principle of high rise multistorey buildings equipped with suspension-mass pendulums was discussed and their damping performance was investigated.

摘要论述在高层建筑结构中利用悬吊质量摆减震的原理并对其减震性能研究。

The JH600 is a dual sport, but the suspension is not adjustable, unless you want to take the fork apart and futz with the oil.

嘉陵600是一种两用途车，然而，他的减震不可调整，除非你拆下前叉并改变减震油的分。

The semiactive variable stiffness and damping control device outperforms the semiactive variable stiffness control as the result of the presence of auxiliary damping in this device.

与变刚相比，变刚变阻尼由于在装置中附加阻尼，可以取得比变刚更为有效的减震效果。

Based on the theory of interaction of fluid-solid, tridimensional FEM model of dam-aircushion-water is introduced.The vibration isolation mechanism and effectiveness of air cushion has been studied.

摘要从流固耦合理论出发，介绍坝体-气幕-库水隔震的三维有限元理论模型，研究气幕隔震的减震机理和隔震效果。

The damping principle of high rise multistorey buildings equipped with suspension-mass pendulums was discussed and their damping performance was investigated.

摘要论述了在高层建筑结构中利用悬吊质量摆减震的原理并对其减震性能进行了研究。

The JH600 is a dual sport, but the suspension is not adjustable, unless you want to take the fork apart and futz with the oil.

嘉陵600是一种两用途车，然而，他的减震不可调整，拆下前叉并改减震油的分。

The semiactive variable stiffness and damping control device outperforms the semiactive variable stiffness control as the result of the presence of auxiliary damping in this device.

与刚控制相比，刚尼控制由于在装置中附加了尼，可以取得比刚控制更为有效的减震控制效果。

Based on the theory of interaction of fluid-solid, tridimensional FEM model of dam-aircushion-water is introduced.The vibration isolation mechanism and effectiveness of air cushion has been studied.

摘要从流固耦合理论出发，介绍了坝体-气幕-库水隔震的三维有限元理论模型，研究了气幕隔震的减震机理和隔震效果。

The damping principle of high rise multistorey buildings equipped with suspension-mass pendulums was discussed and their damping performance was investigated.

摘要论述了在高层建筑结构中利用悬吊质量摆的原理并对其能进行了研究。

The JH600 is a dual sport, but the suspension is not adjustable, unless you want to take the fork apart and futz with the oil.

嘉陵600是一种两用途车，然而，他的不可调整，除非你拆下前叉并改变油的分。

The semiactive variable stiffness and damping control device outperforms the semiactive variable stiffness control as the result of the presence of auxiliary damping in this device.

与变刚度控制相比，变刚度变阻尼控制由于在装置中附加了阻尼，可以取得比变刚度控制更有的控制果。

Based on the theory of interaction of fluid-solid, tridimensional FEM model of dam-aircushion-water is introduced.The vibration isolation mechanism and effectiveness of air cushion has been studied.

摘要从流固耦合理论出发，介绍了坝体-气幕-库水隔的三维有限元理论模型，研究了气幕隔的机理和隔果。

The damping principle of high rise multistorey buildings equipped with suspension-mass pendulums was discussed and their damping performance was investigated.

摘要论述了在高层建筑结构中利用悬吊质量摆减震的原并对其减震性能进行了研究。

The JH600 is a dual sport, but the suspension is not adjustable, unless you want to take the fork apart and futz with the oil.

嘉陵600是一种两用途车，然而，他的减震不可调整，除非你拆下前叉并改变减震油的分。

The semiactive variable stiffness and damping control device outperforms the semiactive variable stiffness control as the result of the presence of auxiliary damping in this device.

与变刚度控制相比，变刚度变阻尼控制由于在装置中附加了阻尼，可以取得比变刚度控制更为有效的减震控制效果。

Based on the theory of interaction of fluid-solid, tridimensional FEM model of dam-aircushion-water is introduced.The vibration isolation mechanism and effectiveness of air cushion has been studied.

摘要从流固耦合论出发，介绍了坝体-气幕-库水隔震的三维有论模型，研究了气幕隔震的减震机和隔震效果。

The damping principle of high rise multistorey buildings equipped with suspension-mass pendulums was discussed and their damping performance was investigated.

摘要论述了在高层构中利用悬吊质量摆减震的原理并对其减震性能进行了研究。

The JH600 is a dual sport, but the suspension is not adjustable, unless you want to take the fork apart and futz with the oil.

嘉陵600是一种两用途车，然而，他的减震不可调整，除非你拆下前叉并改变减震油的分。

The semiactive variable stiffness and damping control device outperforms the semiactive variable stiffness control as the result of the presence of auxiliary damping in this device.

与变刚度控制相比，变刚度变阻尼控制由于在装置中附加了阻尼，可以取得比变刚度控制更为有效的减震控制效果。

Based on the theory of interaction of fluid-solid, tridimensional FEM model of dam-aircushion-water is introduced.The vibration isolation mechanism and effectiveness of air cushion has been studied.

摘要从流固耦合理论出，了坝体-气幕-库水隔震的三维有限元理论模型，研究了气幕隔震的减震机理和隔震效果。

The damping principle of high rise multistorey buildings equipped with suspension-mass pendulums was discussed and their damping performance was investigated.

摘要论述了在高层建筑结构中利用悬吊质量摆减震的原理并对其减震性能进行了研。

The JH600 is a dual sport, but the suspension is not adjustable, unless you want to take the fork apart and futz with the oil.

600是一种两用途车，然而，他的减震不可调整，除非你拆下前叉并改减震油的分。

The semiactive variable stiffness and damping control device outperforms the semiactive variable stiffness control as the result of the presence of auxiliary damping in this device.

与刚度控制相，刚度阻尼控制由于在装置中附加了阻尼，可以取刚度控制更为有效的减震控制效果。

Based on the theory of interaction of fluid-solid, tridimensional FEM model of dam-aircushion-water is introduced.The vibration isolation mechanism and effectiveness of air cushion has been studied.

摘要从流固耦合理论出发，介绍了坝体-气幕-库水隔震的三维有限元理论模型，研了气幕隔震的减震机理和隔震效果。

The damping principle of high rise multistorey buildings equipped with suspension-mass pendulums was discussed and their damping performance was investigated.

摘要论述了在高层建筑结构中利用悬吊质量摆减震的原理并对其减震性能进行了研究。

The JH600 is a dual sport, but the suspension is not adjustable, unless you want to take the fork apart and futz with the oil.

嘉陵600是一种两用途车，然而，他的减震不，除非你拆下前叉并改变减震油的分。

The semiactive variable stiffness and damping control device outperforms the semiactive variable stiffness control as the result of the presence of auxiliary damping in this device.

与变刚度相比，变刚度变阻由于在装置中附加了阻，以取得比变刚度更为有效的减震效果。

Based on the theory of interaction of fluid-solid, tridimensional FEM model of dam-aircushion-water is introduced.The vibration isolation mechanism and effectiveness of air cushion has been studied.

摘要从流固耦合理论出发，介绍了坝体-气幕-库水隔震的三维有限元理论模型，研究了气幕隔震的减震机理和隔震效果。

The damping principle of high rise multistorey buildings equipped with suspension-mass pendulums was discussed and their damping performance was investigated.

摘要论述了在高层建筑结构中利用悬吊质量摆减震的原理并对其减震性能进行了研究。

The JH600 is a dual sport, but the suspension is not adjustable, unless you want to take the fork apart and futz with the oil.

嘉600种两用途车，然而，他的减震不可调整，除非你拆下前叉并改变减震油的分。

The semiactive variable stiffness and damping control device outperforms the semiactive variable stiffness control as the result of the presence of auxiliary damping in this device.

与变刚度控制相比，变刚度变阻尼控制由于在装置中附加了阻尼，可比变刚度控制更为有效的减震控制效果。

Based on the theory of interaction of fluid-solid, tridimensional FEM model of dam-aircushion-water is introduced.The vibration isolation mechanism and effectiveness of air cushion has been studied.

摘要从流固耦合理论出发，介绍了坝体-气幕-库水隔震的三维有限元理论模型，研究了气幕隔震的减震机理和隔震效果。