VDI 2061-2007 发布历史

In case of a one-time possibly recurring shock, the stroke, force or deceleration reduction is targeted by means of conversion of impact energy (kinetic energy) of an impact mass into heat and, in addition, multiple into deformation energy and potential energy. This objective is achieved through the following: elastic deformation plastic deformation hydraulic flow resistance by means of throttling restriction of liquids or gases friction between solid bodies In case of shock reducing elements, the following can be distinguished: fixed-adjusted shock reducing elements for security applications with one-time impact load or in case of rare impact loads (emergency buffers), e.g. buffer with crane systems, impact posts with railway constructions, buffers in high-rack storage facilities, crash boxes with bumpers on motor vehicles self-compensating shock reducing elements (hydraulic buffer as self-compensating industrial shock absorbers) for strongly changeable impact masses and regular impact loads on production machines, handling devices and other units, with defined end locations and positions special applications, such as elevator brakes, buffers of railway stock In the following, the elements with which the objectives can be achieved are designated as shock reducing elements. For individual shock reducing elements, the term buffer is frequently employed.

VDI 2061-2007由德国机械工程师协会 DE-VDI 发布于 2007-10。

VDI 2061-2007在国际标准分类中归属于: 17.160 振动、冲击和振动测量。

VDI 2061-2007 发布之时，引用了标准

VDI 1000-2006 Establishing guidelines - Principles and procedures
VDI 3833 Blatt 1-2003 Dynamic damper and dynamic vibration absorber - Dynamic damper - Terms@ characteristics@ implementation@ application
VDI 3833 Blatt 2-2006

VDI 2061-2007的历代版本如下：

2006年01月01日 VDI 2061-2006 Elements for the reduction of shock effects - Shock reduction elements
2007年10月 VDI 2061-2007

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标准号: VDI 2061-2007
发布日期: 2007年10月
实施日期
废止日期: 无
国际标准分类号: 17.160
发布单位: DE-VDI

适用范围: In case of a one-time possibly recurring shock, the stroke, force or deceleration reduction is targeted by means of conversion of impact energy (kinetic energy) of an impact mass into heat and, in addition, multiple into deformation energy and potential energy. This objective is achieved through the following: elastic deformation plastic deformation hydraulic flow resistance by means of throttling restriction of liquids or gases friction between solid bodies In case of shock reducing elements, the following can be distinguished: fixed-adjusted shock reducing elements for security applications with one-time impact load or in case of rare impact loads (emergency buffers), e.g. buffer with crane systems, impact posts with railway constructions, buffers in high-rack storage facilities, crash boxes with bumpers on motor vehicles self-compensating shock reducing elements (hydraulic buffer as self-compensating industrial shock absorbers) for strongly changeable impact masses and regular impact loads on production machines, handling devices and other units, with defined end locations and positions special applications, such as elevator brakes, buffers of railway stock In the following, the elements with which the objectives can be achieved are designated as shock reducing elements. For individual shock reducing elements, the term buffer is frequently employed.

VDI 2061-2007

Modular elements for reduction of shock effects - Shock reducing elements