1) the synthetic method of "resilience-augercore"
"回弹-钻芯"综合法
2) rebound combining with drilled core method
回弹钻芯结合法
1.
Application of rebound combining with drilled core method in the measurement of concrete strength;
回弹钻芯结合法在检测混凝土强度中的应用
3) revised rebound-core drilling method
回弹-钻芯修正法
4) ultrasonic-rebound method
超声回弹综合法
1.
Based on the analysis of data that have been gotten from test on numerous concrete samples,the regression formulas of rebound method and ultrasonic-rebound method of commercial concrete strength were obtained.
通过对大量混凝土试块的试验研究,建立了商品混凝土的回弹法、超声回弹综合法的强度推定公式。
5) ultrasonic rebound synthetic method
超声回弹综合法
1.
The same element was examined by rebound method and ultrasonic rebound synthetic method respectively.
通过对相同构件回弹法和超声回弹综合法检测结果的对比,指出混凝土强度无损检测方法应该为超声回弹综合法,并配合钻芯法进行验证。
6) ultrasonic-rebound combined method
超声回弹综合法
1.
On the cumulative frequency of the estimated concrete strength for single concrete structural member in the ultrasonic-rebound combined method;
超声回弹综合法检测单一构件混凝土强度推定值的保证率分析
2.
Therefore,the genetic algorithms can be taken as the effective tool in the process of constructing concrete ultrasonic-rebound strength curve for ultrasonic-rebound combined method.
结果表明,作为一种全局搜索技术,遗传算法在超声回弹综合法测强曲线研制过程中具有实际应用价值。
3.
Using the local raw mterials such as aggregate and sand in Kaifeng,dozens of specimens of concrete chosen from both the pumped and the non-pumped with different grades of strength and in different age groups were made and tested by ultrasonic-rebound combined method followed by load bearing capacity test until the specimens destroyed completely.
建立了适用于开封地区且精度高于全国通用测强曲线的超声回弹综合法专用曲线。
补充资料：回弹
回弹
spring-back
hUlton回弹(sPring一back)当变形约束去除后，由于变形体内的弹性应力的释放而造成的形状变化。在冷弯型材的变形过程中，回弹使型材的弯曲角在出成尽斌… 回弹示意图 (a，al分别为回弹前、后的角度)形辊后明显减小。(见图)材料弯曲时，其变形区内各部分的应力状态有所不同。横断面中间的不变形部分称为中性层。中性层之外的金属受拉应力作用，产生伸长变形;中性层之内的金属受压应力作用，产生压缩变形。由于中性层两侧金属的应力和应变方向相反，当载荷去除后，中性层两侧金属的弹性回复方向相反，引起不同程度的回弹。 影响回弹量大小的主要因素有材料的屈服强度、弹性模量、板带厚度、硬化指数以及道次弯曲变形量的分配等。回弹是影响冷弯型材成品精度的重要因素。克服回弹影响的最常用方法是使冷弯型材适当地过弯以弥补回弹。过弯一般是在冷弯成形的最后道次中实施，过弯量一般在l。~3o。此外，对弯曲部位进行压缩使板厚轻微减薄或增大板面各方向的张力也可以减小回弹量。 (姚健)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条