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Enhancing Pump and Fan Performance and Reliability ...
The current competitive environment puts pressure on pump and fan manufacturers to deliver efficient, durable products at a rapid pace. With a focus on reducing energy costs and emissions from power generation, energy saving equipment and related innovation are highly discussed topics in recent years. Given this impetus to improve machine design, ANSYS provides a full portfolio of simulation software with the required multi-disciplinary simulation capabilities for a wide range of pumps and fans. ANSYS Workbench provides a unique, unified environment for multiphysics simulations including parametric analysis and optimization. This webinar considers current industry trends and challenges, and presents how leading manufacturers are using ANSYS simulation tools to meet these challenges. The advantages of using the full portfolio of ANSYS turbomachinery tools within an integrated environment will be demonstrated on typical geometries.

Author: ANSYS, Inc.
Type: Webinar
Date: Nov 19 2014
Product Name: ANSYS TurboGrid
Industry: Industrial Equipment

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Improving Turbocharger Design - Webinar
Increasing the power output of smaller engines, engine downsizing and reducing emissions are the current requirements of the industry. Turbocharged the engine is considered to be the preferred way to achieve this goal. Turbocharger design requirement include stringent specifications for performance, range, life, noise, size and efficiency - thus a multiphysics simulation approach is required. The process is accelerated by performing initial design iterations using 2D tools, to quickly filter designs, and then carrying out full 3D analysis on relatively smaller set of candidates. In this webinar we will discuss how ANSYS tools can be used for fast, comprehensive and high-fidelity turbocharger design. ANSYS provides a full set of 1D, 2D and 3D tools within an integrated framework, ANSYS Workbench. A goal driven optimization using 2D through flow solution will be demonstrated for rapid scanning of candidate designs. A detailed mechanical and CFD simulations will be discussed to verify the structural integrity and the aerodynamic system design of the full assembly, ensuring that all performance requirements are met.

Author: ANSYS, Inc.
Type: Webinar
Date: Nov 19 2014
Product Name: ANSYS TurboGrid
Industry: Automotive
Sub-Industry: Car & Light Truck OEMs

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Integrated Design System for Turbomachinery Application ...
Turbomachinery (or, more generally “rotating machinery) plays a key role in many industries. With increasing competitive pressure and end-user requirements that are often driven by global trends, manufacturers are challenged to deliver reliable, high performance and efficient machines within the constraints of time and cost. Requirements for rapid, high-fidelity simulation have never been greater, and the cost of “getting it wrong has never been higher. ANSYS provides a complete virtual simulation portfolio that covers all aspects of turbomachinery design and analysis. Leading turbomachinery companies use ANSYS integrated tools starting from preliminary design right through to final optimized design. This webinar presents industry trends and challenges, and addresses how leading manufacturers use ANSYS simulation tools, within an integrated environment, to address these challenges and deliver superior products.

Author: ANSYS, Inc.
Type: Webinar
Date: Nov 19 2014
Product Name: ANSYS TurboGrid
Industry: Industrial Equipment

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Advancement in Turbomachinery Blade Rows - Webinar
Current turbomachinery end-user requirements of higher efficiency, performance and durability often imply higher aerodynamic, thermal and mechanical loadings, as well as less conventional designs. To deal with the increased complexity, higher levels of simulation fidelity are often required. While steady simulation methods remain a workhorse tool, transient methods are now more frequently used. However, there is an associated cost. Transient full wheel analysis can determine the circumferential variation of the flow, and response of the structure, but such an approach can be both expensive and time consuming. Fortunately, single sector models, with the ability to reproduce the full 360-degree fluid and structural behavior, are available, enabling designers to study candidate designs in an efficient manner. This webinar will focus on the latest Transient Blade Row (TBR) and Cyclic Symmetry modeling techniques, including the effect of mistuning, which enable the user to obtain full-annulus results by analyzing only a single sector. This webinar will also present the usage of these new techniques to solve two important phenomena, namely – Flutter and Forced Response.

Author: ANSYS, Inc.
Type: Webinar
Date: Nov 19 2014
Product Name: ANSYS TurboGrid
Industry: Industrial Equipment

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Enhancements to Bolt Modeling in ANSYS Mechanical and ...
Threaded bolt connections are a common structural component in many industrial applications and most of these connections are subjected to pre-tensioning conditions. To accurately assess the operating integrity of the components, the effect of the bolts must be included in the simulation. Traditional techniques require significant user effort and computational resources. ANSYS Mechanical and MAPDL 15.0 introduce a capability to account for the effect of threaded bolts without explicitly modeling the threads. This enhancement greatly reduces the required effort to create the model and the computer resources required to solve it.

Author: ANSYS, Inc.
Type: Webinar
Date: Nov 17 2014
Product Name: ANSYS Mechanical
Product Category: Structural Mechanics

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Ask-the-Expert: Solving Real-World Challenges using ANSYS ...
ANSYS Polyflow is already well-established in many process industry segments including polymer, glass and rubber and can also be applied in the food industries. Common applications for this specialized CFD tool are extrusion, co-extrusion, mixing, blow molding, thermoforming and glass forming — all of which can be challenging to model because of complex geometries and physics. View this webinar series, spanning two sessions, to learn tips and tricks to use ANSYS Polyflow to address real-life challenges. ANSYS Polyflow Best Practices Part 2: Working with .csv Files, PMAT and Adaptive Meshing - ANSYS Fluent–Polyflow coupling - Characterizing complex rheological material - Imposing complex boundary conditions - Remeshing techniques for complex geometries

Author: ANSYS, Inc.
Type: Webinar
Date: Nov 17 2014
Product Name: ANSYS Polyflow
Product Category: Structural Mechanics
Industry: Materials & Chemical Processing

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Model-Based Systems Engineering — Business Opportunities ...
This webinar is intended for manufacturing organizations that build complex electromechanical systems that are increasingly becoming software intensive. It will cover the business opportunities and implementation challenges facing engineering teams as they implement model-based systems engineering technology and processes. We will report on industry best practices and lessons learned based on CIMdata’s on-going market research and recent MBSE survey conducted with ANSYS. The initial summary results of the MBSE survey will be presented highlighting areas where MBSE processes and tools are being effectively used today as well as areas for improvement that promise the greatest future business impact. The webinar is intended to help senior engineering managers to understand how to formulate an assessment of the baseline maturity of their own organizations with respect to implementing MBSE capabilities. We will describe how an open MBSE platform that integrates the current siloed product development domains of embedded software, controls, electronics, and mechanical can impact key business metrics identified in the CIMdata survey results (e.g. time to market, innovation, reduced warranty costs, improved software quality, etc).

Author: ANSYS, Inc. and CIMdata
Type: Webinar
Date: Nov 17 2014
Industry: High Tech

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Fluid-Structure Interaction for Healthcare: Simulation of the ...
The symptoms of HOCM in the left ventricle of the human heart include thickening of the ventricle walls leading to reduced blood pumping capacity, a bulge below the aorta, and flow obstruction. HOCM can lead to sudden death even in young, apparently healthy people. Researchers at Intevac and Ozen Engineering simulated the fluid—structure interactions (FSI) of the human left ventricle with HOCM to better understand the condition in the hope of saving lives. In this webinar, you will learn how they used ANSYS CFX and ANSYS Fluent solutions in two-way FSI simulations to model the flow valve interactions (aortic and mitral valves) during the systolic phase (contraction to pump blood out of the heart) and diastolic phase (relaxation of the heart to refill with blood). You will discover the five mechanisms that can cause a leaflet of the mitral valve to deform and obstruct blood flow in HOCM. This knowledge could eventually help cardiac physicians and surgeons develop methods to prevent sudden death caused by this condition.

Author: Vladimir Kudriavtsev​, Intevac, ​and Metin Ozen​, Ozen Engineering
Type: Webinar
Date: Nov 14 2014
Product Name: ANSYS CFX
Product Category: Fluid Dynamics
Industry: Healthcare - BioMed

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Modelling and Simulation of Direct Steam Injection for Tomato ...
Tomato concentrate must be sterilized for safety in an energy-efficient way prior to packaging, but the sterilization must not compromise the quality — the flow, texture, and taste — of the product. Direct steam injection (DSI) is a process that is commonly used to sterilize viscous, fluid food products; however, the details of steam behavior and temperature distribution throughout the fluid have not been well understood. Now researchers at the University of Parma, Italy, have used ANSYS CFD to make a multidimensional two-phase model of steam injection into tomato concentrate. In this presentation, you will learn how they modeled the tomato concentrate as a non-Newtonian pseudoplastic fluid, and used CFD to examine the effects of the different process parameters (sterilization temperature, steam flow rate, radial and axial temperature profiles, nozzle geometry) on the resulting product. Discover how they enhanced the performance of the DSI heat exchanger to obtain a more uniform temperature distribution during sterilization, resulting in a safer, more consistent, high-quality food product.

Author: Gabriele Copelli and Paolo Casoli, University of Parma
Type: Webinar
Date: Nov 13 2014
Product Name: ANSYS CFD
Product Category: Fluid Dynamics
Industry: Consumer Products

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SpaceX - Revolutionizing the Design of Advanced Rockets ...
This presentation discusses how SpaceX uses Finite Element Analysis and Computational Fluid Dynamics to revolutionize the rocket and spacecraft industry. It touches upon how Falcon 9 v1.1 and Dragon engine components were designed at faster than industry rates via multi-physics analysis, which includes structural, dynamic, thermal, fluid, and electromagnetic analyses.

Author: ANSYS, Inc, SpaceX
Type: Webinar
Date: Nov 11 2014
Industry: Aerospace & Defense

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