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Effect of In-Plane Forces on Static Flexure, Dynamics and Stability
2021When a plate is subjected to in-plane forces, such forces have a stiffening or slackening effect on flexural behaviour and hence on the static deflections due to any applied transverse loading and also the flexural vibration frequencies.Further, a plate subjected to in-plane forces alone may become unstable in the flat configuration and undergo ...
K. Bhaskar, T. K. Varadan
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Effect of Flexural Static Load on the Strength of GFRP Gratings
Applied Mechanics and Materials, 2014– The usage of steel in offshore deep water area contributes to the massive load of the offshore platform which will lead to the massive operational cost. Therefore, the reduction of weight of platform is the major issue that need to be tackled properly.
Amir Izzuddin, Ibrisam Akbar
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Static and Impact Flexural Properties of Common Wire Nails
Journal of Testing and Evaluation, 1991Abstract To implement yield theory into design specifications for engineered nailed connections, some practical estimates of nail yield strength and other properties are needed. This short-term study sampled 1170 nails in five sizes from four locations in the United States.
JR Loferski, TE McLain
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Flexural vibrations of poroelastic solids in the presence of static stresses
Journal of Vibration and Control, 2013Employing Biot’s theory of poroelasticity, three-dimensional vibrations in a poroelastic solid that is subjected to static stresses is investigated. By considering second-order coupling between stress and strain, pertinent governing equations are derived. A frequency equation is obtained in the case of static uniaxial stress or strain.
Rajitha Gurijala +2 more
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FLEXURAL TESTING OF VARIOUS COMPOSITE-BEAMSUNDER QUASI-STATIC LOADS
BAU Journal - Science and Technology, 2020The successful interaction between concrete and steel has inspired researchers to develop composite structural systems. Steel and concrete are utilized in various configurations to reduce construction costs and assure optimal load-response behavior.
Wael Slika +2 more
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Static and Dynamic Flexural Strength Anisotropy of Barre Granite
Rock Mechanics and Rock Engineering, 2013Granite exhibits anisotropy due to pre-existing microcracks under tectonic loadings; and the mechanical property anisotropy such as flexural/tensile strength is vital to many rock engineering applications. In this paper, Barre Granite is studied to understand the flexural strength anisotropy under a wide range of loading rates using newly proposed semi-
F. Dai +4 more
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Kinematics, workspace and static analyses of 2-DOF flexure parallel mechanism
7th International Conference on Control, Automation, Robotics and Vision, 2002. ICARCV 2002., 2004In this paper, we propose a 2-DOF parallel mechanism with flexure hinges. The kinematics and static analyses of this mechanism are studied in order to determine the kinematics properties, workspace, holding forces of the actuators and the reaction forces at the flexure hinges. These factors are useful for design process of this mechanism.
Huy-Hoang Pham, I-Ming Chen 0001
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Static Flexural Performance of GFRP-Polymer Concrete Hybrid Beams
Key Engineering Materials, 2002In this paper it is reported a research undertaken in hybrid beams, where GFRP pultruded profiles are assembled, in an innovative way, with a layer of polymer concrete. The various beams were designed considering a pultrusion profile that will work in tension, and a polymer concrete filling that will work mainly in compression, in order to take benefit
M.C.S. Ribeiro +3 more
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Flexural behaviour of selected riparian plants under static load
Ecological Engineering, 2012Abstract Soil bioengineering techniques use plants as construction material for civil and hydraulic engineering purposes such as reinforcement of slopes and erosion control of embankments. The interactions of plants and stress from natural processes have to be quantified to assess such soil bioengineering systems from an engineering point of view ...
F.J. Sutili +4 more
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Static and Dynamic Estimation of Flexural Rigidity of Soybean
This paper evaluates a cantilever system as a simple method for measuring the mechanical rigidity (bending rigidity EI or Young's modulus E) of plants. Using soybeans as a test sample -- whose E values have rarely been reported -- we conducted static and dynamic experimental measurements alongside numerical modal analysis. Results showed good agreementKiyama, Akihito +4 more
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