Validation and Mesh Quality Assessment of a Distal Radius Finite Element Model to Simulate Forward Fall Impact Loading
نویسندگان
چکیده
Three separate impact events were simulated (LS-DYNA ® ) based on experimental tests previously conducted [2] (i.e., the appropriate impact velocities assigned to the model projectile): i) a pre-fracture event (2.1 m/s); ii) a crack event (2.7 m/s); and iii) a fracture event (3.3 m/s). Two element sets were created in the locations of the experimental strain gauges (dorsal radial styloid and dorsal ulnar side of radius) and model forces were recorded from the location of the load cell.
منابع مشابه
Loading Estimation of Flapping Wings under Aeroelastic Effect Using Finite Element Method
The aim of this paper is to provide an aeroelastic computational tool which determines the induced wing loads during flapping flight. For this purpose, a Finite Element (FE) code based on a four-node plate bending element formulation is developed to simulate the aeroelastic behavior of flapping wings in low incompressible flow. A quasi-steady aerodynamic model is incorporated into the aeroelast...
متن کاملAxial Crushing Analysis of Sandwich Thin-walled Tubes using Experimental and Finite Element Simulation
Application of impact energy absorption systems in different industries is of special significance. Thin-walled tubes, due to their lightness, high energy absorption capacity, long crushing length and the high ratio of energy absorption to weight, have found ever-increasing application as one of the most effective energy absorption systems. In this research, through carrying out experimental t...
متن کاملOff-axis loads cause failure of the distal radius at lower magnitudes than axial loads: a finite element analysis.
Distal radius (Colles') fractures are a common fall-related injury in older adults and frequently result in long-term pain and reduced ability to perform activities of daily living. Because the occurrence of a fracture during a fall depends on both the strength of the bone and upon the kinematics and kinetics of the impact itself, we sought to understand how changes in bone mineral density (BMD...
متن کاملAn Analysis on the Forming Characteristics of commercial pure Aluminum AA 1100 in Radial-Forward Extrusion Process
Abstract: In this paper, the forming process of a central hub by radial-forward extrusion is analyzed by using the finite element software, ABAQUS. Radial-forward extrusion is used to produce hollow parts that generally feature a central hub with radial protrusions. Effective design factors such as mandrel diameter, die corner radius, die fillet radius, mandrel corner radius, tube wall thick...
متن کاملExperimental Study of Masonry Structure Under Impact Loading and Comparing it with Numerical Modeling Results via Finite Element Model Updating
Given the sophisticated nature of the blast phenomenon in relation to structures, it is of significance to accurately investigate the structure behavior under blast loads. Due to its rapid and transient nature, blast loading is one of the most important dynamic loadings on the structures. Since masonry materials are widely used as the partition and bearing walls in the existing and newly-built ...
متن کامل