A predictive capability for the aerodynamic deformation of convertible car roofs
MetadataShow full item record
The flow-induced deformation of a membrane in a flow is studied using experimental and computational approaches in a configuration that represents the effect of the aerodynamic load on a convertible car roof. The computational method couples a commercial computational fluid dynamics code with an in-house structural code to predict membrane deformation. A converged statically deformed state, within 1 per cent difference in the displacement variable, is reached after three iterations between the fluid and structural codes. The predictions of membrane deformation are shown to agree well with the experimental results. The key outcome is the demonstration of a methodology that will be useful in the engineering design of convertible car roofs
Showing items related by title, author, creator and subject.
Fluid-structure interaction of a two-dimensional membrane in a flow with a pressure gradient with application to convertible car roofsKnight, J.; Lucey, Anthony; Shaw, C. (2010)The flow-induced deformation of a membrane in a flow with a pressure gradient is studied. The investigation focuses on the deformation of aerodynamically loaded convertible car roofs. A computational methodology is developed ...
Impact of operation conditions, foulant adsorption, and chemical cleaning on the nanomechanical properties of ultrafiltration hollow fiber membranesGutierrez, L.; Keucken, A.; Aubry, C.; Zaouri, N.; Teychene, B.; Croue, Jean-Philippe (2018)This study analyzed the change in nanomechanical properties of ultrafiltration hollow fiber membranes harvested from pilot-scale units after twelve months of operation. Quantitative Nanomechanical Mapping technique was ...
Mahdevari, Sattar; Shahriar, Kourosh; Sharifzadeh, Mostafa (2017)Summary: Induced stresses and various instabilities and deformations are resulted due to stress concentrations around a longwall face. A considerable part of the induced stresses is transferred ahead of the face and onto ...