Falling Weight Deflectometer Analysis of Low Volume Roads

S. Harle, P. S. Pajgade
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Abstract

The work was carried out on the village roads where the traffic intensity is very low. The roads should be constructed as durable and with minimum construction cost without affecting the strength. Therefore the experiments were carried out on different types of roads. The experiments can be performed in the laboratory but that is not sufficient and therefore the tests should also be performed on the actual constructed pavement patches. The non destructive test is the best way to check the parameters responsible for the effectiveness of pavement. The non destructive testing machines like ground penetrating radar (GPR) and falling weight deflectometer is used to assess different parameters of pavements. The subgrade moduli is also compared with the help of these machines. The falling weight deflectometer (FWD) was carried out on the plastic cell filled concrete block pavement (PCCBP), Geocell filled concrete concrete block pavement (GCCBP) and grouted macadam (GM). The deflection, modulus of elasticity, strain, thickness calculation, area, RRS were calculated through this test by the back calculation. From this observation it is found that the geocell filled concrete block pavement performed well as compared to the other pavements in terms of the calculated parameter. The deflection was more in the grouted macadam when compared with the PCCBP and GCCBP.
小容积道路的降重偏转仪分析
这项工作是在交通强度很低的乡村道路上进行的。道路应在不影响强度的情况下,以最低的建设成本建造坚固耐用的道路。因此,在不同类型的道路上进行了实验。实验可以在实验室进行,但这是不够的,因此测试还应该在实际建造的路面上进行。无损检测是检验路面有效性相关参数的最佳方法。采用探地雷达(GPR)、落重偏转仪等无损检测设备对路面的不同参数进行评估。在这些机器的帮助下,对路基模量进行了比较。对塑料格室填充混凝土砌块路面(PCCBP)、土工格室填充混凝土砌块路面(GCCBP)和灌浆碎石(GM)进行了落重挠度仪(FWD)测试。通过反算,计算了挠度、弹性模量、应变、厚度计算、面积、RRS。从这一观察中发现,土工格室填充混凝土砌块路面与其他路面相比,在计算参数方面表现良好。与PCCBP和GCCBP相比,注浆碎石的挠度更大。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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