Description

The 10th Conference on Computational Mechanics (CCM 2020) Website: https://www.deconf.org/conference/CCM2020/ Venue/Country: Sanya, China Important Dates Conference:Dec. 5-7, 2020 Full Paper Due: May 25, 2020 Abstract Due: May 25, 2020 Audience Registration Due:Dec. 5, 2020 About CCM 2020 The 10th Conference on Computational Mechanics (CCM 2020) will be held from December 5-7,2020 in Sanya, China. This Conference will cover issues on Fluid Mechanics, Rock Mechanics, Solid Mechanics and other related topics. It dedicates to creating a stage for exchanging the latest research results and sharing the advanced research methods. The Conference will bring together academicians, engineers, educators and policy-makers from all over the world, and we hope that you will take this opportunity to join us for academic exchange and visit the city of Sanya.   Publication and Presentation Publication: All the accepted papers will be published by a peer-reviewed open access journal that can ensure the widest dissemination of your published work, for more information, please contact us (workshop12@163.com). Index: CNKI and Google Scholar   Note: If you want to present your research results but do NOT wish to publish a paper, you may simply submit an Abstract to our Registration System.

Call For Papers

Fluid MechanicsAerodynamicsBoundary Layers and TransitionBuoyant FlowsComplex FluidsComputational Fluid MechanicsCoastal and Ocean Fluid DynamicsEddy SimulationEnvironmental FlowsFluid-Solid CouplingFlow SimulationFlows with Heat TransferFluid-structure InteractionFree Boundary FlowsHigh-speed and Chemically Reacting FlowsMicrofluidicsMultiphase FlowsNewtonian & Non-Newtonian FlowsReactive & Combustion FlowsRock MechanicsBasic PropertyConstitutive RelationMonitoring and Control of Rock EngineeringNew TheoryNumerical Analysis and SimulationRock DynamicsRock Fracture MechanismRock BlastingStability Analysis of Rock EngineeringStability and Risk Analysis of Underground EngineeringThe Test of Rock Dynamic ParametersSolid MechanicsBiomechanicsBoundary Element MethodsContact Mechanics and TribologyDynamic Failure and FractureDiscrete Element MethodsFinite Element MethodsFracture and Damage MechanicsLinear and Nonlinear Dynamics, Testing, Impact and CrashworthinessModeling and SimulationMaterial MechanicsStructural Dynamics