Energy & Sustainability Conferences

Hybrid and Electric VehiclesEV system architecture concepts for passenger, service and utility vehicles (BEV, PHEV, HEV, FCEV)Innovations in EV component designEV motor drives and controllersEV high voltage wiringHeating and cooling systems for EV’sInnovations in EV energy storage solutions (e.g. battery chemistry, ultra capacitor, fuel cell, battery management system)EV systems modeling, simulation and testingAC and DC conductive charging, wireless charging, smart charging, fast chargingPower grid and renewable energy resource interfacing for EV mass deploymentDesign for manufacturing for EV mass productionEV fleet and infrastructure asset managementDesign for EV maintainabilityInformation Technology and Communication services for the EV ecosystemGlobal standards development for EVs and their impact on EV deployment, R&D and manufacturingTrends in EV deployment, supply chain and manufacturingEV-related educational programs for engineers, legislators and the public

Land Degradation and Sustainable Soil Management Land degradation, remediation and reclamationPolicies for soil health management in agricultureSoil genesis and classificationGeo-spatial/Remote Sensing technologies for soil managementSoil and water conservationCarbon sequestration and managementSoil and water pollutionWetland soils and climate changeNutrient management for soil sustainability, food security and human healthSoil properties and modelingDeforestation, overgrazing and desertificationSocio-economic aspects of sustainable land/soil managementImpact of climate change on soils

Advanced small reactors without on-site refuelingAdvances in Nuclear Power Technology DevelopmentBasic Processes in Fully and Partially Ionized PlasmasChambers, vacuum vessels, blankets, and shieldsCharged Particle Beams and SourcesCondensed Matter Nuclear ScienceDiagnostics, data acquisition, and plasma control systemsDivertors and plasma materials interactionsElectromagnetics and electromechanicsEnergy policyEnvironmental Impacts of Nuclear Power PlantExternal Costs in Nuclear Power PlantFusion Device EngineeringGlobal Warming , Reduction of Carbon Dioxide a Climatic ChallengeHeating and current driveHigh Energy Density Plasmas and their InteractionsHSE Management in Nuclear Power Plant OperationIFE drivers, targets and related technologiesIndustrial, Commercial and Medical Applications of PlasmasInnovative energy systems, Hydrogen energy system, cogeneration system, thermal energy utilization systemInnovative nuclear energy systems, nuclear utilization systems based on fuel cycle, simultaneous solution for safety, radioactive wastes, and proliferation problemsInnovative separation and fuel cycles/radioactive wastesInnovative transmutation systemsInternational Commitment on Environmental Aspects of Nuclear Power PlantsITER and experimental devicesMagnet engineeringMaterial and process for innovative energy systemsMaterials assembly, fabrication, and maintenanceMicrowave Generation and Plasma InteractionNeed for Nuclear Power; an Alternative Source of EnergyNew device design and reactor studiesNuclear and Plasma SciencesNuclear Data for Science and TechnologyNuclear educationNuclear non-proliferation issuesNuclear Power Plant and World Energy MarketNuclear Waste and its Fate in Planning for Nuclear Power Plant DevelopmentPlanning for Nuclear PowerPlasma DiagnosticsPlasma Fueling, pumping, and tritium handling systemsPower systemsPulsed Power and Other Plasma ApplicationsRadiological EngineeringRadiation physicsRich-Media Webcasting Technologies for Nuclear Power PlantsRole of International Organization in Protecting of Environment, Safe Utilization of Nuclear Power and Public AwarenessSafety and environmental engineeringSafety and Security in Nuclear Power Plant DevelopmentSustainable Development and Nuclear PowerThe Influence of Target Fabrication on High-Energy-Density-Physics ExperimentsTheoretical and computational nuclear physics

The aim of the Conference is to provide a platform to the researchers and practitioners from both academia as well as industry to meet the share cuttingedge development in the field.

Advanced ReactorsCode, Standards, Licensing and Regulatory IssuesComponent Reliability and Materials IssuesFuel Cycle and DecommissioningFusion EngineeringInstrumentation and ControlsNuclear Education, Public Acceptance and Related IssuesNuclear Energy SystemsNuclear Fuels and WastesNuclear Power PlantsNuclear RadiationNuclear Technology Applications and InnovationsPlant Operations, Maintenance, Engineering, Modifications,Life Cycle, and Balance-of-PlantReactor Physics and Transport TheorySafety and SecurityStructural IntegrityThermal-Hydraulics

Advanced Code Development and Validation / Verification / ApplicationsApplications of Computational Methods to Nuclear SystemsBoiling and Condensation PhenomenaCHF and Post-CHF Heat TransferComputational Fluid Dynamics and Heat TransferComputational Methods, Modelling, Verification / ValidationExperimental Methods and InstrumentationFluid-structure interactionsFluid-Structures and Materials InteractionsFusion Reactor Thermal Hydraulics and SafetyGas Cooled Reactor Thermal Hydraulics and SafetyGeneration IV and Future Innovative Nuclear Reactors ThermalhydraulicsHeat Exchanger Design and Turbo-machineryInnovative nuclear systems and fuel cyclesInstrumentation and Measurement TechniquesLiquid Metal Reactor Thermal Hydraulics and SafetyMaterials Modelling and Simulation of Nuclear FuelsMicro-Channel Flow and Heat Transfer PhenomenaMolten Salts for Nuclear ApplicationsNano-Fluid Science and Technology Applications to Nuclear SystemsNeutronics/Thermalhydraulics CouplingNext Generation Reactor ThermalhydraulicsNuclear education and nuclear knowledge governance Nuclear Materials and Nuclear SecurityNuclear medicineNuclear Thermal Hydraulics and Safety Radiation Stability of Complex MicrostructuresRadiological safety and environment protection Reliability, endurance and life-time resource managementRod Bundle ThermalhydraulicsSafety Analysis and Code DevelopmentSafety of nuclear technologiesSevere Accident Experiments and AnalysisSevere Accidents, Phenomena, Modelling and ExperimentsStructural and Functional Materials for Fission ReactorsSubchannel AnalysisThermal Hydraulics FundamentalsThermal-Hydraulic Aspects of Plant OperationThermalhydraulics and Materials Degradation IssuesThermalhydraulics and Safety for Nuclear Reactor Plant and CoreThermalhydraulics in Accident ManagementThermalhydraulics in Power Uprating/Life ExtensionThermalhydraulics of Non-Electricity Generating Nuclear EquipmentThermalhydraulics of Waste ManagementThermodynamics and Thermophysics of Nuclear FuelsThermohydraulics and safetyTwo-Phase Flow and Heat-Transfer FundamentalsTwo-Phase Flow Experiments and AnalysisWater Reactor Thermal Hydraulics and Safety

Advanced ReactorsCode, Standards, Licensing & Regulatory IssuesComponent Reliability & Materials IssuesFuel Cycle & DecommissioningFusion EngineeringInstrumentation & ControlsNuclear Education, Public Acceptance & Related IssuesNuclear Technology Applications & InnovationsPlant Operations, Maintenance, Engineering, Modifications,Life Cycle, & Balance-of-PlantReactor Physics and Transport TheorySafety & SecurityStructural IntegrityThermal-Hydraulics

Methodologies for regional downscaling, evaluation, analysis, integration and interpretationMetrics of evaluationIntegrating multi-model, multi-method dataStatistical downscaling methodsNested Regional Climate Models and variable resolution Global Climate ModelsRegional observationsAssessing uncertaintyExtreme event analysis Evaluation of regional downscaling: Present climate and future changeProcess level evaluation and understanding processes underlying regional changeScale comparison between GCM and downscaling, assessment of added-valueResolution and domain dependenciesRepresenting regional trends and variabilityComparing different downscaling methodsBias correction methodologiesRegional responses to external teleconnectionsDownscaling performance metricsEnsemble estimates of regional change and quantification of uncertaintiesDeveloping robust estimates of regional climate change User Needs: The driver of regional downscalingExamples of regional climate science – regional user/stakeholder partnerships to support specific regional actionsBest practice use of ensemble information for addressing user needsManaging contradiction and coherence across information sourcesDeveloping tailored data productsDissemination and access to results including user interface and data mining approaches Regional climate change impacts, societal vulnerabilities and adaptation/mitigation optionsAdded-value of downscaling in the provision of climate change information to support of socio-economic policy and decision-making.Examples of the use of data in sector-specific impact assessment modelsFuture projections of sectorial impacts based on data, and associated evaluationExamples of use of output for Impact-Adaptation-Vulnerability applications, and associated evaluationCombinatory, multi-source, multi-sector impactsFuture priority areas for regional downscaling Supporting and responding to the Global Framework Climate ServicesRegional climate predictabilityRegional climate information on monthly-seasonal-decadal timescalesNew approaches to the use of multi-model, multi-method downscalingInforming decision making under uncertainty

Acoustic of biomaterialsAdvanced Construction MaterialsAdvances in research methodologies and bio‐materials testingArchitectural Design and Its TheoryArchitectural Environment and Equipment EngineeringArchitecture and Building MaterialsBuilding Energy Saving TechnologyBuilding MaterialsBuilding sustainabilityBuilding Technology ScienceComposite and innovative materials in buildingsComputational MechanicsConstruction materials and technologies for sustainability, energy efficiencyConstruction TechnologyConstruction with low binder sprayed concrete on bio‐based building materialsDisaster Prevention and MitigationDurability and performance of bio‐construction materialsEco‐friendly binders with low CO2‐emission and low embedded energyEcological ArchitectureEnvironment-Friendly Construction and DevelopmentGreen and renewable energy applications in constructionGreen Building MaterialsHeating, Gas Supply, Ventilation and Air Conditioning WorksHygroscopic and hygrothermal properties of biomaterials Landscape Planning and DesignLife cycle assessment of materialsMechanical performances of bio‐based building materialss Reliability and Durability of StructuresStructural Rehabilitation, Retrofitting and StrengtheningSustainable Building Materials and Construction Technologies Traditional Construction MaterialsTunnel, Subway and Underground FacilitiesUrban Planning and DesignWater Supply and Drainage EngineeringWood and bamboo

The World Researchers Forum acts as a foundry for interactive professional association for the wizard minds of science and technology to encourage sustainable developments.

The aim of the Conference is to provide a platform to the researchers and practitioners from both academia as well as industry to meet the share cuttingedge development in the field.

The aim of the Conference is to provide a platform to the researchers and practitioners from both academia as well as industry to meet the share cuttingedge development in the field.

The aim of the Conference is to provide a platform to the researchers and practitioners from both academia as well as industry to meet the share cuttingedge development in the field.

The aim of the Conference is to provide a platform to the researchers and practitioners from both academia as well as industry to meet the share cuttingedge development in the field.

The aim of the Conference is to provide a platform to the researchers and practitioners from both academia as well as industry to meet the share cuttingedge development in the field.

The aim of the Conference is to provide a platform to the researchers and practitioners from both academia as well as industry to meet the share cuttingedge development in the field.

The aim of the Conference is to provide a platform to the researchers and practitioners from both academia as well as industry to meet the share cuttingedge development in the field.

The aim of the Conference is to provide a platform to the researchers and practitioners from both academia as well as industry to meet the share cuttingedge development in the field.

The Science Net focuses exclusively on science and environment interface through science and technology believing it provides sustainable solutions to the man-kind challenges.

The aim of the Conference is to provide a platform to the researchers and practitioners from both academia as well as industry to meet the share cuttingedge development in the field.

The Research Foundation is working with its objective to integrate the researchers and academicians to create sustainable solutions to human challenges in the light of micro disciplines related to science and technology.