Particle accelerator systems design at HVE with Opera-3D

Presenter: Guillermo Dominguez, High Voltage Engineering Abstract: Opera-3D has proven to be a valuable design and optimization tool of particle accelerator systems which can presently go up to 6 million volts. We will present recent systems developed at HVE, examples where Opera-3D simulation package has helped improve/optimize the engineering, anticipating the major challenges while shortening [...] Posted in Magnets,Magnets Paper,Superconducting Magnets

Coupled simulation of 400 MHz elliptical cavity with Soprano and Static Stress Solver of Opera

Presenter: Anastasia Xydou, CERN Abstract: The LHC (RF) cavity is a metallic chamber which contains an oscillating electromagnetic field. The cavity is made of copper and the desired superconducting behavior is achieved by sputter-depositing its inner surface with a film of niobium (Nb) with a thickness of the order of 1 m. Each cavity is enveloped [...] Posted in Magnets,Magnets Paper,Superconducting Magnets

Chris Riley to speak at 5th IOP Superconductivity Summer School

Engineering Manager Chris Riley will speak at the 5th IOP Superconductivity School from 11-13 July 2018. This three-day summer school on superconductivity will deliver a brief introduction to superconducting materials and applications. The school is aimed primarily at postgraduate students but is also open to undergraduates, academics, engineers, consultants and other practitioners. Topics include: • [...] Posted in General,Superconducting Magnets

Using Opera for Fusion Energy Applications

In this webinar we showed examples of fusion design calculations using Opera, and demonstrated features of Opera which help users create and analyse fusion simulations and models easily. These include simulating plasma disruptions and motion, where the plasma current decays and / or the plasma moves within the vacuum vessel is important for safety. We'll [...] Posted in Magnets,Plasma Discharge

A Pulsed Magnet System for a Field-Reversed Configuration Experiment

Authors: Dennis W. Lieurance, David D. Madura, and Gregory L. Snitchler, Member, IEEE Abstract: From a magnet engineering perspective, the field-reversed configuration (FRC) fusion concept is commercially attractive due to its cylindrical configuration. Essentially, all large coils are solenoidal, which enables efficient structural support and relative ease of manufacturing, thereby enhancing commercial viability. A design [...] Posted in Confinement Coils,Gradient Coils,Magnets,Magnets Paper

MRI Shielding Optimization in Opera – 15 minute overview

In this 15-minute presentation we show the benefits Opera Optimizer offers when used in conjunction with magnetostatic analysis for MRI shielding applications. We also demonstrate the benefits of the new “thin plate” boundary condition, which increases efficiency without compromising accuracy, and how Opera provides the ability for MRI shielded room designers to customize the Modeller [...] Posted in Magnets,Magnets Paper,MRI / NMR Magnets

Magnetic Signature Identification using Pareto optimization

Christopher Riley, Engineering Manager, Cobham Technical Services Abstract Determining the topology of a naval vessel from its measured magnetic signature is a classic inverse problem – what is the source of the observed response? This paper explores an alternative to classical inverse methods with a technique that is used in design optimization. Pareto optimization is [...] Posted in General,Magnets,Magnets Paper

Engineers and designers tell their Opera stories

In this short video a range of engineers and designers from companies such as CERN, Romax Technology and Tokamak Energy describe their experience of using Opera FEA Simulation Software, and how it has helped solve their challenges and make their designs as accurate as possible. Explore our Technical FAQ for simulation answers Posted in Charged Particle Devices,Electron Beam Guns,General,Magnets,Motors,Transformer Design Software

CERN and LHC-AUP developing quadrupole magnets

The Large Hadron Collider (LHC) is set to be upgraded to the High-Luminosity LHC and this will require over one kilometre of the machine needing to be replaced, recently discussed. Installation isn’t set to begin until 2024 but scientists and engineers around the world are already starting to develop the new magnets that will [...] Posted in Accelerator Magnets,General,Magnets

First low-energy particle accelerator beam created in the US

The first low-energy particle accelerator beam has been created by nuclear astrophysicists underground in the US, the University of Notre Dame reports. The aim of the project, called CASPAR (Compact Accelerator System for Performing Astrophysical Research), is to gain a better understanding about how stars burn and what elements they create while doing so. The [...] Posted in Accelerator Magnets,General
Next Page »