VDI 2060-2014
Characteristics and recognition of non-linear vibratory systems - Free, forced and self-excited vibrations
VDI 2060-2014 发布历史
The standard serves to recognise evaluation of results of measurement around the presence of non-linear characteristics of an oscillatory system. Excitation as a possible cause of inexplicable phenomena should be ruled out, and in some cases, be a known means for identifying the cause of the non-linearity, for example, the presence of cracks or play. Other causes of studied oscillatory systems of non-linear properties, for example, can be due to manufacturing defects, discontinuities in materials, wear and breakage, influences caused by overload, non-linear characteristics of bearing elements.
VDI 2060-2014由德国机械工程师协会 DE-VDI 发布于 2014-12。
VDI 2060-2014在国际标准分类中归属于: 17.160 振动、冲击和振动测量。
VDI 2060-2014 发布之时，引用了标准
- DIN 1311-1-2000 振荡和振动系统的机械振动.第1部分:检查的基本概念
- DIN 1311-2-2002 (机械)振动、振荡和振动设备.第2部分:单自由度线性振动设备
- DIN 1311-3-2000 振荡和振动系统的机械振动.第3部分:带有限自由度不随时间变化的线性振动系统
- DIN 1311-4-1974 振动.第4部分:振动连续波
- VDI 1000-2010
- VDI 2062 Blatt 1-2011
- VDI 2062 Blatt 2-2007
- VDI 3833 Blatt 1-2014
- VDI 3833 Blatt 2-2006
VDI 2060-2014的历代版本如下：
- 1966年10月01日 VDI 2060-1966 Standards of evaluation for the state of balance of rotating rigid bodies
- 2012年08月01日 VDI 2060-2012 Characteristics and recognition of non-linear vibration-capable systems - Free@ forced and self induced vibrations
- 2014年12月 VDI 2060-2014
- 标准号
- VDI 2060-2014
- 发布日期
- 2014年12月
- 实施日期
- 废止日期
- 无
- 国际标准分类号
- 17.160
- 发布单位
- 德国机械工程师协会
- 引用标准
- DIN 1311-1-2000 DIN 1311-2-2002 DIN 1311-3-2000 DIN 1311-4-1974 VDI 1000-2010 VDI 2062 Blatt 1-2011 VDI 2062 Blatt 2-2007 VDI 3833 Blatt 1-2014 VDI 3833 Blatt 2-2006
- 被代替标准
- VDI 2060-2012
- 适用范围
- The standard serves to recognise evaluation of results of measurement around the presence of non-linear characteristics of an oscillatory system. Excitation as a possible cause of inexplicable phenomena should be ruled out, and in some cases, be a known means for identifying the cause of the non-linearity, for example, the presence of cracks or play. Other causes of studied oscillatory systems of non-linear properties, for example, can be due to manufacturing defects, discontinuities in materials, wear and breakage, influences caused by overload, non-linear characteristics of bearing elements.