Search results for "Sublay"

showing 2 items of 2 documents

Fixation-free incisional hernia repair in the elderly: our experience with a tentacle-shaped implant.

2016

Background: Incisional hernia in aged patients represents a challenge even for experienced surgeons. Besides increased risk of complications due to comorbidities, mesh fixation and assuring a sufficient mesh overlap of the defect are the main issues in carrying out the repair. Aims: In order to assure broader coverage of the abdominal wall and a tension- and fixation-free repair, a specifically designed prosthesis was developed for the surgical treatment of incisional hernias. The results of a fixation-free incisional hernia repair carried out in elderly patients using a tentacle-shaped implant are reported herewith. Methods: A tentacle-shaped flat mesh with a large central body and integra…

MaleAgingmedicine.medical_specialtyAbdominal Wound Closure TechniquesFrictionIncisional herniamedicine.medical_treatment030230 surgeryProsthesisAbdominal wall03 medical and health sciences0302 clinical medicineHematomaPostoperative ComplicationsRecurrenceSublaymedicineHumansIncisional HerniaAgedAged 80 and overSurgical fixation deviceTentacle meshbusiness.industryAbdominal Wound Closure TechniquesProstheses and ImplantsSurgical Meshmedicine.diseaseHernia VentralSurgerysurgical procedures operativemedicine.anatomical_structureSurgical meshVentral herniaOutcome and Process Assessment Health Care030220 oncology & carcinogenesisTechniqueFemaleImplantGeriatrics and GerontologyFast trackbusinessAging clinical and experimental research
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Numerical simulation of reciprocating turbulent flow in a plane channel

2009

Direct numerical simulation results were obtained for oscillatory flow with zero time mean (reciprocating flow) in a plane channel using a finite volume method, Crank-Nicolson time stepping and central approximation of the advection terms. A pressure gradient varying co-sinusoidally in time was imposed as the forcing term, and its frequency and amplitude were made to vary so as to span a range of regimes from purely laminar to fully turbulent. For the limiting cases of reciprocating laminar flow and steady-state turbulent flow, numerical results were validated against analytical solutions and classic experimental literature data, respectively. For general reciprocating flows, predictions we…

Fluid Flow and Transfer ProcessesPhysicsChézy formulaTurbulenceMechanical EngineeringComputational MechanicsDirect numerical simulationThermodynamicsLaminar sublayerLaminar flowMechanicsReciprocating Flow Channel flow transition to turbulence Direct Numerical SimulationCondensed Matter PhysicsPipe flowOpen-channel flowPhysics::Fluid DynamicsFlow separationMechanics of MaterialsSettore ING-IND/19 - Impianti NucleariPhysics of Fluids
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