Proceedings of the
6th Brazilian Conference on Composite Materials
Part of ISSN 2316-1337
ISBN 978-65-00-49386-3
Preprint available on 12 August 2022
Final version available on 31 August 2022
Organised and Edited by
R.J. da Silva 1
0000-0001-8016-3165
T.H. Panzera 2
0000-0001-7091-456X
1 
R.J.Silva_MSc@outlook.com
2 Panzera@ufsj.edu.br
CAPES (#8887.680669/2022-00 under #PAEP-20222037031P)
CNPq (#440443/2021-0)
FAPEMIG (#OET-00123-21)
CONFEA (#5175/2021)
The 6th BCCM was attended by over 300 participants from 14 countries. More than 100 articles have been published and presented orally, with authors from more than 60 research, teaching and technology institutions. The 6th BCCM was held from 14th to 18th August 2022, in Tiradentes, a charming and warm-hearted historical city famous for its gastronomy and architecture. Tiradentes was founded in 1718, named after Joaquim José da Silva Xavier, the “Tiradentes”, patron of the Brazilian Republic.
How to cite an article from this book
Name(s) of article author(s), using et al. if there are more than three (3) authors. “Article title”. In Proceedings of the 6th Brazilian Conference on Composite Materials (Part of ISSN 2316-1337), Organised and Edited by R.J. da Silva & T.H. Panzera, 2022, pp. page interval. DOI: https://doi.org/10.29327/566492
Example
R.J. da Silva, F.B. Batista, T.H. Panzera. “The Virtual Fields Method applied to sandwich structures to obtain flexural modulus by modal analysis”. In Proceedings of the 6th Brazilian Conference on Composite Materials (Part of ISSN 2316-1337), Organised and Edited by R.J. da Silva & T.H. Panzera, 2022, pp. 671-675. DOI: https://doi.org/10.29327/566492
Content list
(published articles)
(1) 3D printing polymer composites reinforced with continuous vegetable fibers, pp. 25-30.
(2) A consistent formulation based on continuum mechanics for modelling strain softening in composite materials, pp. 31-36.
(3) A finite element model for prediction of machining induced damage in composite laminates, pp. 37-42.
(4) A life cycle energy driven concurrent optimization of core topology and face sheet thickness of a sandwich beam, pp. 43-48.
(5) A preliminary investigation into sandwich structures made of aluminium skins and gaped-bamboo ring core, pp. 49-53.
(6) A preliminary investigation of fully water-immersed bio-based composites reinforced with short coir fibres, pp. 54-59.
(7) A representative volume element to obtain the mechanical properties of fused deposition modeling components, pp. 60-64.
(8) A semi-analytical model for buckling and stress analyses of pressurized composite cylinders, pp. 65-70.
(9) A semi-analytical model for mode I delamination prediction in bolted-bonded composite joints, pp. 71-76.
(10) A technique to assess failure under longitudinal compression of unidirectional composites with fiber misalignment, pp. 77-82.
(11) Airbrushing of carbon nanotubes on glass fibers for tricomponent EMI shielding nanocomposites, pp. 83-88.
(12) An analytical model for the thermoplastic welding process, pp. 89-94.
(13) An analytical solution for the delivery eye trajectory in process of a filament winding of cylindrical angle-ply and double-double structures, pp. 95-100.
(14) An experimental setup for characterization of the frictional behaviour of plain-woven fabrics, pp. 101-106.
(15) Artificial intelligence framework for the uniaxial compression analysis of polymers, pp. 107-112.
(16) Assessment of the load-carrying capacity of laminated composite columns, pp. 113-118.
(17) Assessment of uniaxial tensile monotonic and fatigue properties of polypropylene, pp. 119-124.
(18) Buckling and modal computational analysis of composite/aluminium riveted joints: preliminary results, pp. 125-130.
(19) Buckling optimization of variable-axial composite laminates with non-linear geometry, pp. 131-136.
(20) Challenges for composites in general aviation, pp. 137-142.
(21) Characterisation of castor oil-based polyurethane and its use in coir fibre composites, pp. 143-148.
(22) Coffee husk ashes as supplementary cement material, pp. 149-154.
(23) Compressive behaviour of silicon carbide microparticles in polyester polymer, pp. 155-160.
(24) Conductive nanocomposites with regenerated cellulose from jute fibers, pp. 161-166.
(25) Creep behaviour of sisal/epoxy composites, pp. 167-171.
(26) Damage detection in GFRP composite beams: exploring hyperparameters for neural networks using dynamic analysis, pp. 172-177.
(27) Data-driven structural health monitoring in laminated composite structures: characterisation of impact damage, pp. 178-183.
(28) Delivery eye trajectory for the filament winding of a bell contoured rocket nozzle extension, pp. 184-189.
(29) Design and analysis of a composite solar plane wing spar, pp. 190-195.
(30) Design of morphing wing: lighter, more accurate, and more efficient wing concept for aeronautical field, pp. 196-201.
(31) Development of a numerical model with curvilinear fibres for variable-axial stiffness composite, pp. 202-206.
(32) Development of hybrid composite materials with a polymeric matrix reinforced with vegetable fibers and kaolin from the Rio Negro basin, pp. 207-212.
(33) Development of recyclable carbon/elium type IV hydrogen storage tank, pp. 213-218.
(34) Effect of addition of thermoplastic self-healing agent on fracture toughness of epoxy, pp. 219-222.
(35) Effect of novel hybrid fibre composite architectures on the efficiency of hybrid natural fibre reinforced composite bonded joints, pp. 223-228.
(36) Effect of parameters on carbon nanotube deposition on jute fibre using a pulsed electrical current in a water/TiO2 medium, pp. 229-234.
(37) Effect of the functionalization process on the final characteristics of poly(styrene-co-divinylbenzene)/magnetite resins, pp. 235-240.
(38) Effect of the radius of polar opening on the first ply failure of a filament wound composite casing with elliptic domes, pp. 241-246.
(39) Effect of UV radiation on the tensile mechanical properties of urea-formaldehyde / chopped natural fiber residue composites, pp. 247-252.
(40) Effect of water absorption on the thermal properties of hybrid composites, pp. 253-258.
(41) Effects of inertia applied in post-processing on transverse stresses and displacements across the thickness of laminated structures in dynamic problems modelled with GFEM method, pp. 259-264.
(42) Effects of soapstone waste on the mechanical and thermal properties of polyethylene composites, pp. 265-270.
(43) Effects of using carbon nanotubes on the mechanical and durability properties of concrete, pp. 271-276.
(44) Effects of wood microfiber chemical treatment on mechanical properties of wood/polypropylene composites moulded by injection process, pp. 277-282.
(45) Electrospun PLA membranes with silver nanoparticles and neomycin sulphate for wound dressings, pp. 283-288.
(46) Essential topics to compose a broad definition of composite materials, pp. 289-293.
(47) Estimating the crack tip processed zone for a CFRP lamina, pp. 294-299.
(48) Evaluation of polyester/glass fiber waterproof composite subjected to temperature and acid environment, pp. 300-304.
(49) Evaluation of the mechanical properties and color of composite pipes after aging in saline atmosphere, pp. 305-310.
(50) Experimental assessment of stiffness increase phenomenon of unidirectional composites under tension-tension fatigue, pp. 311-316.
(51) Experimental processing of fiber-metal laminates with hybrid reinforcement of synthetic and natural fibers composites, pp. 317-322.
(52) Experimental study for evaluation of stiffness and damage propagation of polyvinyl alcohol (PVA) and polypropylene (PP) fibre reinforced concretes under cyclic loading, pp. 323-328.
(53) Gaussian process regression using hybrid data for damage quantification, pp. 329-334.
(54) How the buckypapers of carbon nanotubes influenced the thermal properties of poly (aryl ether ketone)/glass fiber laminates, pp. 335-340.
(55) Hybrid laminates containing CFRP wastes, pp. 341-346.
(56) Identification of consolidation kinetic´s model parameters for thermoplastic composites used in the thermo-stamping process, pp. 347-352.
(57) Imidazolium ionic liquid for the surface modification of unfinished carbon fiber, pp. 353-357.
(58) Influence of the CNT concentration on the mechanical behavior of nanomodified adhesives aged by ultraviolet radiation, pp. 358-362.
(59) Investigating the effect of amino silane solution pH levels on glass fibre/thermoplastic interfacial adhesion, pp. 363-368.
(60) Investigation of the failure behavior of fiber-reinforced patches in the repair of locally damaged steel pipes, pp. 369-374.
(61) Investigation of the moisture absorption behavior of GFRP exposed to marine environment and the degradation of its flexural properties, pp. 375-380.
(62) Investigation on the behaviour of eco-concrete using electric arc furnace slag aggregate and steel fiber, pp. 381-385.
(63) Investigation on the mechanical property behaviour of the hybrid composites from natural Amazonian fibres by numerical and experimental method, pp. 386-391.
(64) Investigation on the self-healing agent release behaviour in an epoxy matrix by dynamic mechanical analysis, pp. 392-397.
(65) Investigation on the stability and stress analysis of composite domes, pp. 398-403.
(66) Isogeometric analysis of functionally graded plates using different micromechanical models, pp. 404-409.
(67) Localized fiber waviness and its effects in unidirectional composites under biaxial loading, pp. 410-415.
(68) Mechanical and physical characterization of unidirectional laminates reinforced by glass and jute fibres, pp. 416-419.
(69) Mechanical characterisation of sandwich structures: a case study comparing common and fire-resistant ACM panels, pp. 420-425.
(70) Mechanical characterization of sandwich composites and epoxy resin under static and fatigue bending tests, pp. 426-431.
(71) Mechanical evaluation of cementitious composites reinforced with sugarcane bagasse fibres, pp. 432-437.
(72) Mechanical properties of castor-oil polyurethane laminates reinforced with papaya bast fibre cellular layers, pp. 438-443.
(73) Mechanical properties of class G oil well cement paste reinforced with polyvinyl alcohol (PVA) microfiber, pp. 444-448.
(74) Metal laminate sandwich material with recycled rubber core, pp. 449-454.
(75) Micro-seismic faults reconstruction algorithm in the Reissner-Mindlin plate model, pp. 455-460.
(76) Modelling of residual stresses in thermoplastic composites accounting for crystallization effects, pp. 461-466.
(77) Modelling the effect microscale residual stress on acoustoelasticity in carbon fiber composites – Part A: theoretical background, pp. 467-472.
(78) Modelling the effect microscale residual stress on acoustoelasticity in carbon fiber composites – Part B: validation and adjustment, pp. 473-478.
(79) Modelling the uncertainty associated with bonded composite joints using DoE and Finite Element Analysis, pp. 479-484.
(80) Multilevel analysis of ultra-pulse velocity (UPV) in compacted cementitious composites with the incorporation of high-density polyethylene (HDPE) waste, pp. 485-490.
(81) Multiobjective optimization of composite plates for strength, buckling, and dynamic behavior, pp. 491-496.
(82) Multiscale procedure for notched CFRP plates – an experimental validation, pp. 497-501.
(83) Natural composites produced with castor oil resin and banana fibres: effects of fibre length and fibre grammage on tensile and flexural properties, pp. 502-507.
(84) New invariant-based approaches for the buckling and displacement analysis of double-double laminates, pp. 508-513.
(85) Numerical analysis of the structural behavior of GFRP pultruded angle columns, pp. 514-519.
(86) On the development of sustainable foamed composites for modular construction, pp. 520-525.
(87) Passive control of aerodynamic noise using viscoelastic material, pp. 526-531.
(88) Percolation threshold and mechanical behavior of polymer nanocomposites using digital image correlation, pp. 532-537.
(89) Physical and mechanical characterization of bio concrete produced with Coffea arabica coffee husk, pp. 538-543.
(90) Plasma functionalization of zinc oxide nanoparticles through organic compounds, pp. 544-549.
(91) PMMA/CeO2 nanocomposites prepared by phase transfer synthesis protocol, pp. 550-555.
(92) Polymeric sleepers – a new development methodology, pp. 556-561.
(93) Preliminary investigation of physical-mechanical properties of the Sansevieria’s fibers: capabilities for using them in bio-composites, pp. 562-567.
(94) Preliminary investigations on natural fibre egg-box sandwich structures, pp. 568-571.
(95) Preliminary investigations on sandwich panels made of aluminium skins and arch-corrugated core, pp. 572-577.
(96) Processing, characterization, and viscoelastic behaviour of poly (ether imide) reinforced with carbon fibres and buckypapers of carbon nanotubes, pp. 578-583.
(97) Reinforcement architecture in filament-wound composite pressure vessels, pp. 584-589.
(98) Reuse of recovered glass-fiber from printed circuit boards: production and characterization of eco-friendly molding compounds, pp. 590-594.
(99) Rheology behavior of epoxy/carbon nanoparticles suspension, pp. 595-600.
(100) Sandwich panels for high-performance model aircraft: a case study, pp. 601-606.
(101) Sensitivity analysis of sensor location for damage detection in a wind turbine blade, pp. 607-612.
(102) Siderurgical aggregates concrete ITZ: sample preparation, pp. 613-618.
(103) Simulation of radiation attenuation in polymer matrix composite with epoxy resin, reinforced with carbon fiber and dispersion of bismuth oxide (Bi2O3) nanoparticles, pp. 619-624.
(104) Static characterization of epoxy resin composites reinforced with jute fibers woven, pp. 625-630.
(105) Statistical mixture design of bio-based foams: a preliminary approach, pp. 631-636.
(106) Structural safety analysis of two alternatives for reinforcing profiles of biocomposites, pp. 637-642.
(107) Synthesis of catalysts for the valuation of lignin, pp. 643-648.
(108) The dynamic snap-through response of bistable cross-ply composite plates, pp. 649-654.
(109) The effect of printing parameters on the tensile properties of bidirectional PLA structures, pp. 655-659.
(110) The influence of density on the mechanical response of reinforced high-density polyurethane foams: a statistical approach, pp. 660-664.
(111) The use of DMTA shift factors and master curves in a viscoelastic constitutive model to predict the polymer response in stress relaxation tests, pp. 665-670.
(112) The Virtual Fields Method applied to sandwich structures to obtain flexural modulus by modal analysis, pp. 671-675.
(113) Thermal analysis of zirconia-magnesia ceramics with addition of titania for use as TBC, pp. 676-680.
(114) Thermal behavior of an epoxy-based structural adhesive using Thermogravimetric (TGA) and Differential Scanning Calorimetry (DSC) analysis, pp. 681-686.
(115) Thermoplastic polyurethane/aramid laminates: effect of processing parameters on interlaminar strength, pp. 687-691.
(116) Thermoplastic-based ballistic helmets: processing, ballistic properties, and damage characterization, pp. 692-697.
(117) Three-point bending and impact behaviours of grass fibre-reinforced castor oil composites, pp. 698-703.
(118) Topological optimization of a pallet motion blocking made of long-fiber reinforced thermoplastic composite, pp. 704-709.
(119) Wood/polymer laminates manufactured by vacuum infusion: hygroscopic and mechanical properties, pp. 710-714.
Counting from 8th October 2022.
Última atualização: 08/10/2022
