Dynamic Wheel Loads From Bridge Strains
Colin O’Connor, Tommy H.T. Chan
Abstract
Colin O’Connor, Tommy H.T. Chan
Abstract
Earlier impact studies on a small‐span bridge under service loads gave impact fractions much higher than, those specified by AASHTO. This paper represents the first stage of a program to identify the high‐impact vehicles. It describes theoretical studies that use bridge measurements to estimate not only the equivalent static loads but also their dynamic variation with time. Acceptable estimates have been obtained. The use of measured bending moments gives better results than measured deflections. The correct selection of nodal spacing and arrangement is important.
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Earlier impact studies on a small‐span bridge under service loads gave impact fractions much higher than, those specified by AASHTO. This paper represents the first stage of a program to identify the high‐impact vehicles. It describes theoretical studies that use bridge measurements to estimate not only the equivalent static loads but also their dynamic variation with time. Acceptable estimates have been obtained. The use of measured bending moments gives better results than measured deflections. The correct selection of nodal spacing and arrangement is important.
Key concepts: Structural engineering, Bridge (graph theory), Span (engineering), Bending moment, Bending, Engineering, Medicine, Internal medicine