Aerospace |
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| From signal Integrity to Product Integrity | We’re in the midst of an electronics-centered innovation boom that has transformed the way we communicate, work, learn and entertain. Virtually no product is exempt from these improvements. In your ho … |
 |
| Increasing Air Cooling Efficiency Through Advanced Fan Modeling | The continuous rise in power dissipation levels combined with a reduced cabinet footprint is the norm in the electronics industry - a trend that is likely to continue. While advanced cooling systems s … |
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| Leveraging Simulation: The Design Innovation Process | In today's turbulent economy and brutal global markets, manufacturing companies are doing all they can to maintain their competitive edge by developing innovative designs. Products must stand apart fr … |
|
| Leveraging the Design Chain | In the product development process at most mid-sized and large companies, designs are defined in an engineering department and passed along in serial fashion (i.e., "thrown over the wall") to other de … |
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| Rotordynamic Capabilities in ANSYS Mechanical | Useful features are available to study vibration behavior in rotating shafts, bearings, seals, out of balance systems, instability and condition monitoring. |
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| The Competitive Edge: Design Innovation with Simulation Driven Product Development | Advanced analysis technology helps develop winning products that differentiate manufacturers and bring more revenue to the bottom line. Innovate or evaporate. That’s the new business imperative. Un … |
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| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
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Automotive/Ground Transportation |
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| ANSYS ICEM CFD on Supercomputer Helps Designers 'Cut Corners' in Race Car Design | It’s not just how fast a racecar goes that makes a design a winner, it’s also how fast it goes around the curves. In large part, speed in the curves is a function of how much “down force” is created b … |
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| Engineering Applications of ANSYS Inside Siemens AG | In the modern product design process, the finite element method has become an everyday tool used to predict the behavior of components and assemblies. Interpretation of analysis results helps the engi … |
|
| Increasing Air Cooling Efficiency Through Advanced Fan Modeling | The continuous rise in power dissipation levels combined with a reduced cabinet footprint is the norm in the electronics industry - a trend that is likely to continue. While advanced cooling systems s … |
|
| Leveraging Simulation: The Design Innovation Process | In today's turbulent economy and brutal global markets, manufacturing companies are doing all they can to maintain their competitive edge by developing innovative designs. Products must stand apart fr … |
|
| Leveraging the Design Chain | In the product development process at most mid-sized and large companies, designs are defined in an engineering department and passed along in serial fashion (i.e., "thrown over the wall") to other de … |
|
| Rotordynamic Capabilities in ANSYS Mechanical | Useful features are available to study vibration behavior in rotating shafts, bearings, seals, out of balance systems, instability and condition monitoring. |
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| Shortening Automotive Development Time | A new, more efficient use of simulation tools is required to achieve the demanding goals in the automotive industry. |
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| The Competitive Edge: Design Innovation with Simulation Driven Product Development | Advanced analysis technology helps develop winning products that differentiate manufacturers and bring more revenue to the bottom line. Innovate or evaporate. That’s the new business imperative. Un … |
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| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
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| Using Computational Modeling in the Development and Design of Alternative Powertrain Vehicles | Today's motor vehicles using conventional fuel contribute substantially to air pollution and climate change. As such, we can expect that emission standards will continue to get progressively tighter i … |
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Built Environment and HVAC Design |
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| Increasing Air Cooling Efficiency Through Advanced Fan Modeling | The continuous rise in power dissipation levels combined with a reduced cabinet footprint is the norm in the electronics industry - a trend that is likely to continue. While advanced cooling systems s … |
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| Innovation in Building Design through Engineering Simulation | In today's world, engineers and architects increasingly employ engineering simulation to enable the design of atria, auditoriums, buildings, stadiums and sports arenas to meet energy-efficiency and su … |
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| Leveraging Simulation: The Design Innovation Process | In today's turbulent economy and brutal global markets, manufacturing companies are doing all they can to maintain their competitive edge by developing innovative designs. Products must stand apart fr … |
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| Leveraging the Design Chain | In the product development process at most mid-sized and large companies, designs are defined in an engineering department and passed along in serial fashion (i.e., "thrown over the wall") to other de … |
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| Rotordynamic Capabilities in ANSYS Mechanical | Useful features are available to study vibration behavior in rotating shafts, bearings, seals, out of balance systems, instability and condition monitoring. |
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| Strive for Greener Environment: HVAC Manufacturer Uses CFX To Improve Energy Efficiency, Reduce Environmental Impact | As living standards rise precision manufacturing proliferates around the world, air-conditioning equipment accounts for more and more energy consumption. Stricter environmental regulations and increas … |
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| The Competitive Edge: Design Innovation with Simulation Driven Product Development | Advanced analysis technology helps develop winning products that differentiate manufacturers and bring more revenue to the bottom line. Innovate or evaporate. That’s the new business imperative. Un … |
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| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
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Chemical Processing |
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| Leveraging Simulation: The Design Innovation Process | In today's turbulent economy and brutal global markets, manufacturing companies are doing all they can to maintain their competitive edge by developing innovative designs. Products must stand apart fr … |
|
| Leveraging the Design Chain | In the product development process at most mid-sized and large companies, designs are defined in an engineering department and passed along in serial fashion (i.e., "thrown over the wall") to other de … |
|
| Rotordynamic Capabilities in ANSYS Mechanical | Useful features are available to study vibration behavior in rotating shafts, bearings, seals, out of balance systems, instability and condition monitoring. |
|
| The Competitive Edge: Design Innovation with Simulation Driven Product Development | Advanced analysis technology helps develop winning products that differentiate manufacturers and bring more revenue to the bottom line. Innovate or evaporate. That’s the new business imperative. Un … |
|
| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
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| Using Computational Modeling to Control and Optimize the Crystallization Process | Crystallization processes are used across the chemical, petrochemical and pharmaceutical industries. In the chemical industry, the potash and caustic industries use crystallization as a means to produ … |
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Civil Engineering |
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| Analysis in Action: The Value of Early Analysis | One of the driving forces in manufacturing companies is the continuing demand for reduction in product development time and cost to maintain profitability and competitiveness. Over the years, this req … |
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| ANSYS DesignSpace Helps Texas-Based Elevator Manufacturer Reach for New and Higher Standards | In the heavily regulated world of high-rise construction, rack-and-pinion elevators that move workers, tools and materials to upper stories on a tower must meet two different sets of standards. One se … |
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| Avoiding Big Problems on "The Big Dig" with ANSYS Mechanical | For many years, the citizens of Boston, Mass. (U.S.A.) have been victims of gridlock traffic on the Interstate 90 roadway, also known as the Central Artery. Opened in 1959, today the elevated expressw … |
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| Leveraging Simulation: The Design Innovation Process | In today's turbulent economy and brutal global markets, manufacturing companies are doing all they can to maintain their competitive edge by developing innovative designs. Products must stand apart fr … |
|
| Leveraging the Design Chain | In the product development process at most mid-sized and large companies, designs are defined in an engineering department and passed along in serial fashion (i.e., "thrown over the wall") to other de … |
|
| Rotordynamic Capabilities in ANSYS Mechanical | Useful features are available to study vibration behavior in rotating shafts, bearings, seals, out of balance systems, instability and condition monitoring. |
|
| Strive for Greener Environment: HVAC Manufacturer Uses CFX To Improve Energy Efficiency, Reduce Environmental Impact | As living standards rise precision manufacturing proliferates around the world, air-conditioning equipment accounts for more and more energy consumption. Stricter environmental regulations and increas … |
|
| The Competitive Edge: Design Innovation with Simulation Driven Product Development | Advanced analysis technology helps develop winning products that differentiate manufacturers and bring more revenue to the bottom line. Innovate or evaporate. That’s the new business imperative. Un … |
|
| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
|
Consumer Products |
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| Analysis in Action: The Value of Early Analysis | One of the driving forces in manufacturing companies is the continuing demand for reduction in product development time and cost to maintain profitability and competitiveness. Over the years, this req … |
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| Designing the Optimal Product: Using Simulation Tools to Innovate and Reduce Time-to-Market | The worldwide cosmetics and toiletries market was estimated to be more than$200 billion (US) in 2003, with an annual growth rate of about 5 percent. In the western world, tactics like product differe … |
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| Engineering Applications of ANSYS Inside Siemens AG | In the modern product design process, the finite element method has become an everyday tool used to predict the behavior of components and assemblies. Interpretation of analysis results helps the engi … |
|
| From signal Integrity to Product Integrity | We’re in the midst of an electronics-centered innovation boom that has transformed the way we communicate, work, learn and entertain. Virtually no product is exempt from these improvements. In your ho … |
|
| Leveraging Simulation: The Design Innovation Process | In today's turbulent economy and brutal global markets, manufacturing companies are doing all they can to maintain their competitive edge by developing innovative designs. Products must stand apart fr … |
|
| Leveraging the Design Chain | In the product development process at most mid-sized and large companies, designs are defined in an engineering department and passed along in serial fashion (i.e., "thrown over the wall") to other de … |
|
| Rotordynamic Capabilities in ANSYS Mechanical | Useful features are available to study vibration behavior in rotating shafts, bearings, seals, out of balance systems, instability and condition monitoring. |
|
| The Competitive Edge: Design Innovation with Simulation Driven Product Development | Advanced analysis technology helps develop winning products that differentiate manufacturers and bring more revenue to the bottom line. Innovate or evaporate. That’s the new business imperative. Un … |
|
| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
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Electronics |
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| ANSYS DesignSpace Helps Leading Robotics Company Reduce Weight, Save Time | Motoman, Inc., founded in August of 1989, is the second-largest robotics company in the United States, as well as one of the fastest-growing, with more than 17,000 robots installed in North America. |
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| Electromagnetic, Thermal, Stress and Deformation Analysis of a Space-Based Satellite Dish Antenna | This paper presents a multiphysics analysis of a space-based communication satellite dish antenna. Electromagnetic losses due to induced high-frequency surface currents lead to partial, asymmetric hea … |
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| Engineering Applications of ANSYS Inside Siemens AG | In the modern product design process, the finite element method has become an everyday tool used to predict the behavior of components and assemblies. Interpretation of analysis results helps the engi … |
|
| From signal Integrity to Product Integrity | We’re in the midst of an electronics-centered innovation boom that has transformed the way we communicate, work, learn and entertain. Virtually no product is exempt from these improvements. In your ho … |
|
| Increasing Air Cooling Efficiency Through Advanced Fan Modeling | The continuous rise in power dissipation levels combined with a reduced cabinet footprint is the norm in the electronics industry - a trend that is likely to continue. While advanced cooling systems s … |
|
| Leveraging Simulation: The Design Innovation Process | In today's turbulent economy and brutal global markets, manufacturing companies are doing all they can to maintain their competitive edge by developing innovative designs. Products must stand apart fr … |
|
| Leveraging the Design Chain | In the product development process at most mid-sized and large companies, designs are defined in an engineering department and passed along in serial fashion (i.e., "thrown over the wall") to other de … |
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| Methods for Evaluating Advanced Electronics Cooling Systems | As predicted by Moore’s law, microprocessor power dissipation is on a steady rise. In addition, the current technology is also enabling considerable feature size reduction resulting in an even sharper … |
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| Rotordynamic Capabilities in ANSYS Mechanical | Useful features are available to study vibration behavior in rotating shafts, bearings, seals, out of balance systems, instability and condition monitoring. |
|
| The Competitive Edge: Design Innovation with Simulation Driven Product Development | Advanced analysis technology helps develop winning products that differentiate manufacturers and bring more revenue to the bottom line. Innovate or evaporate. That’s the new business imperative. Un … |
|
| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
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Environmental |
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| Leveraging Simulation: The Design Innovation Process | In today's turbulent economy and brutal global markets, manufacturing companies are doing all they can to maintain their competitive edge by developing innovative designs. Products must stand apart fr … |
|
| Leveraging the Design Chain | In the product development process at most mid-sized and large companies, designs are defined in an engineering department and passed along in serial fashion (i.e., "thrown over the wall") to other de … |
|
| Rotordynamic Capabilities in ANSYS Mechanical | Useful features are available to study vibration behavior in rotating shafts, bearings, seals, out of balance systems, instability and condition monitoring. |
|
| The Competitive Edge: Design Innovation with Simulation Driven Product Development | Advanced analysis technology helps develop winning products that differentiate manufacturers and bring more revenue to the bottom line. Innovate or evaporate. That’s the new business imperative. Un … |
|
| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
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Government/Defense |
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| Leveraging Simulation: The Design Innovation Process | In today's turbulent economy and brutal global markets, manufacturing companies are doing all they can to maintain their competitive edge by developing innovative designs. Products must stand apart fr … |
|
| Leveraging the Design Chain | In the product development process at most mid-sized and large companies, designs are defined in an engineering department and passed along in serial fashion (i.e., "thrown over the wall") to other de … |
|
| Rotordynamic Capabilities in ANSYS Mechanical | Useful features are available to study vibration behavior in rotating shafts, bearings, seals, out of balance systems, instability and condition monitoring. |
|
| The Competitive Edge: Design Innovation with Simulation Driven Product Development | Advanced analysis technology helps develop winning products that differentiate manufacturers and bring more revenue to the bottom line. Innovate or evaporate. That’s the new business imperative. Un … |
|
| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
|
Healthcare |
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| Analysis in Action: The Value of Early Analysis | One of the driving forces in manufacturing companies is the continuing demand for reduction in product development time and cost to maintain profitability and competitiveness. Over the years, this req … |
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| Bringing Simulation to Surgery: Improving The Success Rate of Hip Replacements | Joint replacement surgery is one of the most successful procedures in medicine because it can relieve pain and permit patients to return to productive lifestyles. However, there are times when joint r … |
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| Engineering Applications of ANSYS Inside Siemens AG | In the modern product design process, the finite element method has become an everyday tool used to predict the behavior of components and assemblies. Interpretation of analysis results helps the engi … |
|
| Leveraging Simulation: The Design Innovation Process | In today's turbulent economy and brutal global markets, manufacturing companies are doing all they can to maintain their competitive edge by developing innovative designs. Products must stand apart fr … |
|
| Leveraging the Design Chain | In the product development process at most mid-sized and large companies, designs are defined in an engineering department and passed along in serial fashion (i.e., "thrown over the wall") to other de … |
|
| Rotordynamic Capabilities in ANSYS Mechanical | Useful features are available to study vibration behavior in rotating shafts, bearings, seals, out of balance systems, instability and condition monitoring. |
|
| The Competitive Edge: Design Innovation with Simulation Driven Product Development | Advanced analysis technology helps develop winning products that differentiate manufacturers and bring more revenue to the bottom line. Innovate or evaporate. That’s the new business imperative. Un … |
|
| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
|
Industrial Equipment |
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| Houston-Based Valve Designer, Engineering Firm Depend On ANSYS to Verify Design | One of the most important operations in hydrocarbon refining is a process known as fluidized catalytic cracking (FCC). A special type of slide valve controls the catalyst flows. Typically, these valve … |
|
| India-Based Auto OEM Reduces Front Axle Weight by 40% with ANSYS | The rapid developments in numerical simulation techniques, faster computing ability, and greater memory capacity, are allowing engineers to create and test industrial equipment in virtual environments … |
|
| Leveraging Simulation: The Design Innovation Process | In today's turbulent economy and brutal global markets, manufacturing companies are doing all they can to maintain their competitive edge by developing innovative designs. Products must stand apart fr … |
|
| Leveraging the Design Chain | In the product development process at most mid-sized and large companies, designs are defined in an engineering department and passed along in serial fashion (i.e., "thrown over the wall") to other de … |
|
| Rotordynamic Capabilities in ANSYS Mechanical | Useful features are available to study vibration behavior in rotating shafts, bearings, seals, out of balance systems, instability and condition monitoring. |
|
| The Competitive Edge: Design Innovation with Simulation Driven Product Development | Advanced analysis technology helps develop winning products that differentiate manufacturers and bring more revenue to the bottom line. Innovate or evaporate. That’s the new business imperative. Un … |
|
| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
|
Marine/Offshore |
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| Leveraging Simulation: The Design Innovation Process | In today's turbulent economy and brutal global markets, manufacturing companies are doing all they can to maintain their competitive edge by developing innovative designs. Products must stand apart fr … |
|
| Leveraging the Design Chain | In the product development process at most mid-sized and large companies, designs are defined in an engineering department and passed along in serial fashion (i.e., "thrown over the wall") to other de … |
|
| Rotordynamic Capabilities in ANSYS Mechanical | Useful features are available to study vibration behavior in rotating shafts, bearings, seals, out of balance systems, instability and condition monitoring. |
|
| The Competitive Edge: Design Innovation with Simulation Driven Product Development | Advanced analysis technology helps develop winning products that differentiate manufacturers and bring more revenue to the bottom line. Innovate or evaporate. That’s the new business imperative. Un … |
|
| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
|
Metals |
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| A Methodology for Superior Die Design – Combining the Best of Art and Science | The use of plastics has been steadily increasing for more than fifty years. For example, an average car contained 100pounds of plastic in 1977, while in 2003 it contained about 275 pounds (Figure 1). … |
|
| Analysis in Action: The Value of Early Analysis | One of the driving forces in manufacturing companies is the continuing demand for reduction in product development time and cost to maintain profitability and competitiveness. Over the years, this req … |
|
| ANSYS DesignSpace Helps Texas-Based Elevator Manufacturer Reach for New and Higher Standards | In the heavily regulated world of high-rise construction, rack-and-pinion elevators that move workers, tools and materials to upper stories on a tower must meet two different sets of standards. One se … |
|
| Houston-Based Valve Designer, Engineering Firm Depend On ANSYS to Verify Design | One of the most important operations in hydrocarbon refining is a process known as fluidized catalytic cracking (FCC). A special type of slide valve controls the catalyst flows. Typically, these valve … |
|
| How to use Flow Simulation to Maximize Industrial Burner Performance | Industrial operations in developed countries are facing ever more stringent requirements for low NO, CO, and particulate emissions. Additionally, increased fuel costs and downward price pressure on co … |
|
| India-Based Auto OEM Reduces Front Axle Weight by 40% with ANSYS | The rapid developments in numerical simulation techniques, faster computing ability, and greater memory capacity, are allowing engineers to create and test industrial equipment in virtual environments … |
|
| Leveraging the Design Chain | In the product development process at most mid-sized and large companies, designs are defined in an engineering department and passed along in serial fashion (i.e., "thrown over the wall") to other de … |
|
| Rotordynamic Capabilities in ANSYS Mechanical | Useful features are available to study vibration behavior in rotating shafts, bearings, seals, out of balance systems, instability and condition monitoring. |
|
| The Competitive Edge: Design Innovation with Simulation Driven Product Development | Advanced analysis technology helps develop winning products that differentiate manufacturers and bring more revenue to the bottom line. Innovate or evaporate. That’s the new business imperative. Un … |
|
| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
|
Microsystems |
||
| From signal Integrity to Product Integrity | We’re in the midst of an electronics-centered innovation boom that has transformed the way we communicate, work, learn and entertain. Virtually no product is exempt from these improvements. In your ho … |
|
| Leveraging Simulation: The Design Innovation Process | In today's turbulent economy and brutal global markets, manufacturing companies are doing all they can to maintain their competitive edge by developing innovative designs. Products must stand apart fr … |
|
| Leveraging the Design Chain | In the product development process at most mid-sized and large companies, designs are defined in an engineering department and passed along in serial fashion (i.e., "thrown over the wall") to other de … |
|
| Putting Analysis to Work: Multiphysics Tools for MEMS | One of the hottest technology growth areas is microelectromechanical systems (MEMS), which also is called micromachines and microsystems in Asia and Europe. Made with semiconductor construction techni … |
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| Rotordynamic Capabilities in ANSYS Mechanical | Useful features are available to study vibration behavior in rotating shafts, bearings, seals, out of balance systems, instability and condition monitoring. |
|
| The Competitive Edge: Design Innovation with Simulation Driven Product Development | Advanced analysis technology helps develop winning products that differentiate manufacturers and bring more revenue to the bottom line. Innovate or evaporate. That’s the new business imperative. Un … |
|
| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
|
Plastics and Rubber |
||
| A Methodology for Superior Die Design – Combining the Best of Art and Science | The use of plastics has been steadily increasing for more than fifty years. For example, an average car contained 100pounds of plastic in 1977, while in 2003 it contained about 275 pounds (Figure 1). … |
|
| Analysis in Action: The Value of Early Analysis | One of the driving forces in manufacturing companies is the continuing demand for reduction in product development time and cost to maintain profitability and competitiveness. Over the years, this req … |
|
| Leveraging the Design Chain | In the product development process at most mid-sized and large companies, designs are defined in an engineering department and passed along in serial fashion (i.e., "thrown over the wall") to other de … |
|
| Rotordynamic Capabilities in ANSYS Mechanical | Useful features are available to study vibration behavior in rotating shafts, bearings, seals, out of balance systems, instability and condition monitoring. |
|
| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
|
Power Generation |
||
| Engineering Applications of ANSYS Inside Siemens AG | In the modern product design process, the finite element method has become an everyday tool used to predict the behavior of components and assemblies. Interpretation of analysis results helps the engi … |
|
| How to Design Effective Mercury Capture Systems at Coal-Fired Power Plants | Mercury emissions have become a concern in recent years, particularly in relation to fish contamination in fresh water in the eastern United States. Between 1990 and 1999, man-made mercury emissions i … |
|
| How to use Flow Simulation to Maximize Industrial Burner Performance | Industrial operations in developed countries are facing ever more stringent requirements for low NO, CO, and particulate emissions. Additionally, increased fuel costs and downward price pressure on co … |
|
| Increasing Air Cooling Efficiency Through Advanced Fan Modeling | The continuous rise in power dissipation levels combined with a reduced cabinet footprint is the norm in the electronics industry - a trend that is likely to continue. While advanced cooling systems s … |
|
| Leveraging Simulation: The Design Innovation Process | In today's turbulent economy and brutal global markets, manufacturing companies are doing all they can to maintain their competitive edge by developing innovative designs. Products must stand apart fr … |
|
| Leveraging the Design Chain | In the product development process at most mid-sized and large companies, designs are defined in an engineering department and passed along in serial fashion (i.e., "thrown over the wall") to other de … |
|
| New Methods for Moving Toward Zero Emissions While Minimizing Cost | The primary challenge currently faced by the power generation industry is meeting the increasing consumer demand for electricity while reducing airborne toxic emissions in compliance with federal regu … |
|
| Rotordynamic Capabilities in ANSYS Mechanical | Useful features are available to study vibration behavior in rotating shafts, bearings, seals, out of balance systems, instability and condition monitoring. |
|
| The Competitive Edge: Design Innovation with Simulation Driven Product Development | Advanced analysis technology helps develop winning products that differentiate manufacturers and bring more revenue to the bottom line. Innovate or evaporate. That’s the new business imperative. Un … |
|
| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
|
| The Role of Engineering Simulation in Clean Coal Technologies | In some circles in the United States, coal has become a dirty word. Among mainstream thermal power plants, coal has the highest emissions of carbon dioxide (the primary greenhouse gas) and, when the … |
|
Scientific Equipment |
||
| From signal Integrity to Product Integrity | We’re in the midst of an electronics-centered innovation boom that has transformed the way we communicate, work, learn and entertain. Virtually no product is exempt from these improvements. In your ho … |
|
| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
|
Semiconductor |
||
| From signal Integrity to Product Integrity | We’re in the midst of an electronics-centered innovation boom that has transformed the way we communicate, work, learn and entertain. Virtually no product is exempt from these improvements. In your ho … |
|
| Leveraging Simulation: The Design Innovation Process | In today's turbulent economy and brutal global markets, manufacturing companies are doing all they can to maintain their competitive edge by developing innovative designs. Products must stand apart fr … |
|
| Leveraging the Design Chain | In the product development process at most mid-sized and large companies, designs are defined in an engineering department and passed along in serial fashion (i.e., "thrown over the wall") to other de … |
|
| Rotordynamic Capabilities in ANSYS Mechanical | Useful features are available to study vibration behavior in rotating shafts, bearings, seals, out of balance systems, instability and condition monitoring. |
|
| The Competitive Edge: Design Innovation with Simulation Driven Product Development | Advanced analysis technology helps develop winning products that differentiate manufacturers and bring more revenue to the bottom line. Innovate or evaporate. That’s the new business imperative. Un … |
|
| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
|
Sport & Leisure Industry |
||
| Analysis in Action: The Value of Early Analysis | One of the driving forces in manufacturing companies is the continuing demand for reduction in product development time and cost to maintain profitability and competitiveness. Over the years, this req … |
|
| ANSYS ICEM CFD on Supercomputer Helps Designers 'Cut Corners' in Race Car Design | It’s not just how fast a racecar goes that makes a design a winner, it’s also how fast it goes around the curves. In large part, speed in the curves is a function of how much “down force” is created b … |
|
| Leveraging the Design Chain | In the product development process at most mid-sized and large companies, designs are defined in an engineering department and passed along in serial fashion (i.e., "thrown over the wall") to other de … |
|
| The Competitive Edge: Design Innovation with Simulation Driven Product Development | Advanced analysis technology helps develop winning products that differentiate manufacturers and bring more revenue to the bottom line. Innovate or evaporate. That’s the new business imperative. Un … |
|
| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
|
Telecommunications |
||
| From signal Integrity to Product Integrity | We’re in the midst of an electronics-centered innovation boom that has transformed the way we communicate, work, learn and entertain. Virtually no product is exempt from these improvements. In your ho … |
|
| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
|
Turbomachinery |
||
| Leveraging Simulation: The Design Innovation Process | In today's turbulent economy and brutal global markets, manufacturing companies are doing all they can to maintain their competitive edge by developing innovative designs. Products must stand apart fr … |
|
| Leveraging the Design Chain | In the product development process at most mid-sized and large companies, designs are defined in an engineering department and passed along in serial fashion (i.e., "thrown over the wall") to other de … |
|
| Rotordynamic Capabilities in ANSYS Mechanical | Useful features are available to study vibration behavior in rotating shafts, bearings, seals, out of balance systems, instability and condition monitoring. |
|
| The Competitive Edge: Design Innovation with Simulation Driven Product Development | Advanced analysis technology helps develop winning products that differentiate manufacturers and bring more revenue to the bottom line. Innovate or evaporate. That’s the new business imperative. Un … |
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| The Engineering Executive's Strategic Agenda: Designing for the Enterprise and the Environment | When it comes to running an engineering organization, it seems executives are facing pressures that seem to be mounting by the day. Through a survey of over 600 discrete and process manufacturers, Abe … |
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