Primary Steelmaking • Iron • Coke • Blast Furnace • Preheater • Secondary Steelmaking • Ladle • Basic Oxygen Furnace • Tundish • Continuous Casting • Zinc • Electric Arc Furnace • Calcination • Aluminum Extrusion • Plasma Arc Melting • Recycling • Metals • High Pressure Casting • Emissions Control • Copper Casting • Precious Metals • Decarburization • Hydroforming • Quenching • Hydrometallurgy • Ventilation • Emission Controls • Bayer Process • Hall-Heroult Cells •Worker Safety • Extraction • Argon Rinsing Station • Aluminum Casting

Structural analysis helps to predict vibration for pumping equipment in flood-prone New Orleans.By William J. Kelly, Principal Engineer, Mechanical Solutions, Inc., New Jersey, U.S.A.

Seismic Loading • Soil-Structure Interaction • Piping Support Design • Turbines • Accident Scenarios • Fire • Creep • Boilers • Pressure Vessels • Steam Dryers • Reactor Thermal-Hydraulics • Pulsating Flows • Boron Dilution Transients • Pressurized Thermal Shock • Containment Flow Analysis • Fuel Assembly and Grid Spacer Design • Power Transmission • Pumping, Waste Storage, Transport and Disposal • Dry Cask Analysis • Drop Tests • Instrumentation and Control Systems • Sensors and Actuators • Fuel Rod Fretting

Tooling cost reduction can be achieved with up-front engineering via company collaboration and simulation technologies based on finite element analysis. Dr. Ben Chouchaoui - Windsor Industrial Development Laboratory Inc.

Aerodynamics • Aeroacoustics • Airbags • Air Filter • Brakes • Chassis • Climate Control • Defog and Defrost • Durability • Electronics Cooling • Emissions Control • Engine Flow and Combustion • Exhaust Systems • Fatigue • Fuel Cells • Hybrid Electric Drives • Hydraulics • Transmission • Automotive Manufacturing Parts and Components • Noise, Vibration and Harshness • Lighting Equipment • Painting and Drying Process • Rain Water and Soiling • Solar Load • Suspension • Tank Filling and Sloshing • Turbo Charger and Torque Converter • Underhood Thermal Management

Osteoporosis • Aneurysm • Inhaler • Prosthesis • Knee Joint • Pedicle Screw • Blood Pump • Dialysis • Cardiovascular Flow • Skeleton • Soft Tissue • Lens • Insole Design • Biomedical • Hearing Device • Ion Beam Treatment • Multilumen Tubing • Drug Delivery • Catheter • Combination Products • Lab-on-a-Chip • Needles • Medical Packaging • Stent • Cardiac Valve • Sensor • Pain Management • Patient-Specific Modeling • Ligament • Dental Implant • Drug/Particle Deposition

NBC Atmospheric Dispersion • Blasts Fragmentation • Ballistics • Missiles, Ammunitions and Ordnances • EM Interference • Liquid and Solid Propulsion • Survivability • IR Signature • Silo Launch Store Separation • Radar Cross Section • Avionics • Accident Investigation Safety Assessment

Semiconductor Manufacturing • Cell Phones • Graphics Cards • Integrated Circuits • PCs • Routers • Servers • MCMs •Flat-Screen TVs • Flip Chips • MP3 Players • Electric Converters • Radar • Electric Motors • Transformers • Automotive Engine and Safety Controls • Actuators • Cell Base Stations • Avionics Boxes • Airborne Communication • Guidance Systems • Sensors • BGAs • Gyroscopes • Transducers • Thermal–Electric Coolers • Laptops

Software coupling improves longevity and decreases power loss for electrical transformers.To address these challenges, an effective numerical analysis must involve both computational fluid dynamics (CFD) and electromagnetic solutions. Combining FLUENT software with ANSYS Emag technology in an iterative, coupled manner provides that solution.

The power and energy output of a wind turbine isa cubic function of the wind speed. Doubling thewind speed can mean a substantial increase in theenergy output, thereby improving the economic viabilityof an installation. It is vital to assess the wind powerpotential of a site with as much accuracy as possible, takinginto account seasonal as well as year to year variations in thelocal wind climate.The power and energy output of a wind turbine isa cubic function of the wind speed. Doubling the wind speed can mean a substantial increase in the energy output, thereby improving the economic viability of an installation. It is vital to assess the wind power potential of a site with as much accuracy as possible, taking into account seasonal as well as year to year variations in the local wind climate. -- Christine Montavon, ANSYS CFX, Summer 2003