Analyzing Composites for Housing Electronic Circuits in Satellites

Scientific, observation and reconnaissance missions are often performed by low-orbiting micro satellites. These systems are much smaller and more compact than larger telecommunications satellites, so space is severely limited and heat is more difficult to dissipate from closely packed electronic components. Traditionally, satellite electronics housings are made of aluminum. This material is lightweight, has adequate heat dissipation, and provides good protection against ambient spatial radiation. In one recent study, the European Space Agency (ESA) investigated the feasibility of fabricating these housings of composites to determine if this type of material systems could provide the same heat dissipation as aluminum but with less mass.

14_Componeering Inc. - ANSYS.pdf

Simulation Evaluates Transmission Loss and Pressure Drop of a Tractor Mu ? er, Saving Time and Cost

A mu?  er in the exhaust system of a tractor de-creases the sound output while increasing the back-pressure of the ? owing exhaust gases. Transmission loss (TL) refers to the reduction in acoustic noise provided by a mu?  er, and needs to be maximized (a higher TL means a quieter tractor). The engine must work against the backpressure; the higher the backpressure the less power delivered to the power train, so backpressure must be minimized. 

25_Eicher Tractors - Case Study.pdf

Simulation of Wind Turbine Sites Increases Power Yield and Reduces Risk

Wind energy is a rapidly growing source of electricity. When developing wind farms, turbine siting assessment is critical to maximizing the energy yield and economics at a given location.Detailed understanding of how the prevailing wind conditions interact with the local ter-rain and potential wind turbine installations is an essential part of the process of developing onshore wind farms.

26_SSE - Wind Energy - Case Study.pdf

Simulation Cuts Yearly Material Costs by $1.2 Million -Whirlpool CorporaWhirlpool Corporattion

Global competition in the appliance industry is placing ever-increasing pressure on manufacturers to decrease costs while maintaining high quality.When Whirlpool Corporation looked to cut costs associated with producing a three-year-old, 450-liter double-door refrigerator, it needed to continue to meet the specific cabinet deflection and door drop limits of its current design; it also needed to maintain adequate cabinet stiffness.By using ANSYS Mechanical software and Six Sigma tools, analysts are given the ability to develop complex finite element cabinet models calibrated with real data, enabling the optimization of first-round physical prototypes. This procedure reduces development time and cost while meeting market requirements.”

27_Whirlpool Case Study Simulation Cuts Material Costs by $1.2 Million - Case Study.pdf

Structural Analysis of Replacement Knee Design DEPUY, A JOHNSON & JOHNSON COMPANY

The scope of this work was to analyze two sizes of a replacement knee design at different angles of articulation using ANSYS. The replacement knee design comprises two components: the femoral component and the bearing. The graphic to the right shows the solid geometry of the design in ANSYS after importation of the CAD model in Parasolid format.

28_Whirlpool Case Study Simulation Cuts Material Costs by $1.2 Million - Case Study.pdf

Fluid-structure interaction simulations prove ability of solar artifacts to withstand wind gusts

With India’s large and growing population, the challenge of generating enough power to sup-ply the peoples’ needs is great. Increasing the number of renewable energy sources can solve this problem. Aesthetically pleasing designs of solar cells (called “solar artifacts”) in the form of umbrellas (Attapatram) or trees (Surya Banaspati) can be placed in commercial or public spaces while maintaining the space underneath for productive or recreational uses. 

29_CSIR-Central Mechanical Engineering Research Institute - Case Study.pdf

FSI calculation helps the engineers at MAHLE solve complex problems in a period of time that is competitive when compared to the traditional simulation approach.

Use ANSYS Mechanical and Fluent to perform fluid-structure interaction . Engineers could then determine if the impeller needed to be reinforced and if those changes would impact the flow.

30_MAHLE Centrifugal Pump Impeller - Slide - Case Study.pdf

Timing a Series of Explosions for Maximum Impact with ANSYS AUTODYN

In today’s mining operations, rock blasting is about precision control of tremendous amounts of energy. The key is a series of well-planned explosive detonations in which rows of explo-sive-filled blast holes are set off with electronic detonators in a precise-delay timing sequence measured with millisecond accuracy. If timed just right, shock waves reinforce and amplify one another to produce maximum fragmentation and movement of rock, ore, coal and other materials.

31_Orica - Case Study.pdf

Arsenal Research

Development of numerical simulation techniques that are able to reproduce measured behavior is a key issue of our research work. Products from ANSYS provide a powerful simulation tool for our structural applications that require innovative approaches. The ANSYS Parametric Design Language is used as environment for implementation of developed techniques that surpass the range of standard problems. The combination of an advanced FE core with user-programmed algorithms is necessary for our research and development work.

34_Arsenal Research - Case Study.pdf

GE GGE Global Research & GE Airlobal Research & GE Airccraftraft Engines Engines

The design of an aircraft engine combustor is a multidisciplinary process involving aero CFD, combustion, heat transfer CFD, dynamics, thermal, mechanical and life prediction. In order to meet aggressive new product introduction (NPI) analysis requirements, GE Global Research Center has been collaborating with GE Aircraft Engines to develop Advanced Combustor Design Technologies. In particular, a multidisciplinary design optimization has been conducted for an aircraft engine combustor structure. In addition to several enabling technologies, automated meshing strategies using ANSYS® ICEM CFD™ Hexa were developed, and high-quality all-hex meshes were generated for a full combustor sector model.

35_Orica - Case Study.pdf

ANSYS helps KTM develop a 21st century super sports car

The ? rst monocoque designs of the KTM X-Bow were engineered without the use of ANSYS Composite PrepPost. When we did employ the ANSYS software for composites, we were able to reduce the monocoque’s weight — a very important aspect of sports car design—by 20 percent.

36_ANSYS Helps KTM Develop a 21st Century Super Sports Car - Case Study.pdf

Shaving Weight through Innovative Design -Axis Developments (Pty) Ltd

Axis Developments (Pty) Ltd, trading as Alutip, manufactures high quality trailers and truck bodies for the road transport industry. The entire process, from concept design to manufacturing to final product, is performed in-house. Aluminium is used in the Alutip series to help customers to get a higher payload.

37_Axis Developments (Pty) Ltd. - Case Study.pdf

LiebherrLiebherr--Werk EhingenWerk Ehingen GmbHGmbH -Mobile Cranes & Crawler Cranes

3-D CAD and FE are the major tools in the virtual design process of cranes at Liebherr-Werk Ehingen. Since more than 20 years all important components of our cranes are systematically analyzed and optimized with FE.ANSYS products are one of the central parts in our software world and they help us do our work quicker and with increased reliability and safety.

38_Liebherr-ehingen - Case Study.pdf

FEA & CFD for racecar design

The ANSYS ICEM CFD suite is a great assortment of meshing tools.  Complete turnaround time from an imperfect CAD surface model to a fully meshed model ready for analysis is phenomenal.  We have not found another tool that can hold a candle to ANSYS ICEM CFD’s capabilities in meshing, interoperability, or ease of use.  Simply put, this is the best meshing tool for complicated problems.

39_RAETECH - Motorsports - Case Study.pdf

Using fluid simulation to imagine, design, and build a better world

ANSYS CFX is a powerful general-purpose tool that I only dreamed of during most of my 33-year hydraulics career with CH2M HILL.  Now that I have it, and it is continuously getting better, I can solve a wide array of hydraulics and process problems with precision that were formerly just ‘guesstimates’.

40_ANSYS CFX Testimonial from CH2M HILL - Case Study.pdf

Improving Underground Safety and Ventilation

Hatch Mott MacDonald (HMM) is a leading North American consulting engineering firm with a century of worldwide experience. At the forefront of subway ventilation since the 1920s, HMM’s leading-edge skills successfully address the various issues associated with the design of underground ventilation systems. Our experience has been gained through design, construction and maintenance projects worldwide, developing leading edge skills in ventilation, aerodynamics and cooling; smoke modeling, prediction and removal; fire safety and evacuation and emergency response planning.

41_ANSYS CFX Testimonial from Hatch Mott MacDonald - Case Study.pdf

FEM Analysis from Bois HD Reinforces Atelier Normand’s Wooden Structures

Bois HD customizes the ANSYS platform so their advanced structural, acoustic and fluid simulation tools can be used daily by craftsmen in the French wood-working and construction industries. With these tools, our SME partners are confidently designing more complex structures in half the time it took with more traditional approaches.

42_Bois HD - Atelier Normand - Case Study.pdf

CFD helps to predict the flow behavior inside building HVAC application

With the help of effective computational fluid dynamics analysis; it is possible to expedite well-organized and swift simulation of heat transfer. Fluid flow analysis within the component, structure or a product helps to regulate the performance level across different fluid forces.

43_CFD Helps To Predict the Flow Behavior Inside Building HVAC Application - Case Study.pdf

ANSYS DesignSpace Helps Texas-Based Elevator Manufacturer Reach for New and Higher Standards

Assuring safety and conformance to the codes and regulations fall into two very different types of engineering analyses. Safety assurances of the elevator — essentially measuring maximum stresses and ensuring adequate safety margins —is handled with ANSYS DesignSpace® software for finite element modeling and finite element analysis (FEM/FEA) from ANSYS Inc.

44_Champion Elevator - Case Study.pdf

Structural Analysis Helps Predict Vibration for Pumping Platforms

Our approach is to identify and mitigate risk early in the design process to reduce the potential for costly modifications after construction has been completed. Using ANSYS software to simulate the vibrational response of the platform helped us meet a rigid deadline, by identifying issues early so the platform could be completed before hurricane season

45_Structural Analysis Helps Predict Vibration for Pumping Platforms - Case Study by Mechanical Solutions Inc. - Case Study.pdf

Flow Modeling Helps to Prove Hurricane Damage Caused by Wind, Not Water

A traditional approach called for the simple application of equations relating force and wind speed; however, these would not have in-cluded information about the building shape nor accounted for the air ? owing through open doors inside the building. TRC determined that a more accurate simulation of the pressure forces on the building would provide more persuasive evidence that the damage was wind related, resulting in payment of the claim.

46_TRC - Flow Modeling Helps Prove Hurricane Damage Caused by Wind, Not Water - Case Study.pdf

Moving to a cloud environment cost-e? ectively increases the speed and scale of ANSYS Fluent simulations at Epta

The simulation of ?ow patterns, pressure drops and air?ow thermal behavior in a refrigerated cabinet with 3-D and transient analysis was performed with ANSYS Fluent.Hosting ANSYS Fluent on a Gompute cluster provides a “ready-to-go”, robust environment that allows investigation in a fast and conve-nient way, especially during production peaks.

47_Epta - Case Study.pdf

ANSYS Mechanical and Scripting Evaluate Cumulative Damage in Subsea Oil and Gas Equipment in Compliance with ASME BPVC VIII Division 3

Design of subsea oil and gas equipment has moved to high pressure and high temperature domains. With pressures beyond 15,000 psi and temperatures beyond 350 F, designs have to be qualified per ASME BPVC VIII, Division 3, which requires the cumulative damage on the equipment to be below 1. Local damage check evaluates the equipment’s design against local strain rupture.

48_ANSYS Mechanical and Scripting Evaluate Cumulative Damage in Subsea Oil and Gas Equipment in Compliance with ASME BPVC VIII Division 3 - Case Study (1).pdf

Ansys helps in Orthopedic Spinal Implants

By using ANSYS Mechanical, Archus  Orthopedics is able to accelerate the development of new spinal implants. Using anisotropic hyperelasticity allows for the accurate simulation of the naturally nonlinear quality of motion of the spine.  This results in good correlation with physical test data and reduces the amount of cadaveric testing required.

49_Archus Orthopedics Testimonial - Case Study.pdf

Increasing Productivity Through Staff Efficiency

By adopting ACT driven multiphysics simulation, Oticon was able to democratize the use of simulation without compromising with the reliability of results.   More than 75% of simulations traditionally done  by experts can now be delegated to non-expert simulation users. Specifically, Oticon freed the simulation experts to model the full system, the complete hearing aid, rather than just some of its key components.  This translates  in significantly better performance leading to more competitive products and eventually will eradicate costly and time consuming  late stage design fixes.

51_Oticon - Case Study.pdf

Implementation of SGI® UV™ 2000 Greatly Increases Productivity by Providing Enhanced Compute and Memory Capability.

ANSYS® HFSS™, the industry standard for simulating 3-D full-wave EM fields, was deployed by Qorvo engineers. Because most phases of their simulation typically consume a large amount of memory, significant computing power and time was required.

52_SGI® Customer Success Qorvo - Case Study.pdf

Fast-Track Development of New Pump-Turbine Energy Recovery Unit with Stringent E ? ciency Requirements

The ANSYS Workbench platform was mastered by the existing engineering team in a matter of several weeks, and ANSYS CFX software was used to evaluate the hydraulic performance of many prototype designs

57_Fast-track Development of a New Pump-Turbine Energy Recovery Unit with Stringent Efficiency Requirements - Case Study.pdf

Analysis-driven Design of Fuel Cell Blowers

The blowers designed by PADT are high-speed rotating machines with custom motors and high-efficiency pump heads. Simulation is used to avoid overheating, fatigue and vibration problems. The technology is leveraged to optimize the configuration for greater system efficiency.

59_PADT - Case Study.pdf