1 Foamcast Project data Title: Shortening lead times and improving quality by innovative upgradings of the lost foam casting process Project type: GROWTH.

Slides:

Advertisements

Similar presentations

Thierry Coupez CEMEF - CIM Ecole des Mines de Paris Umr CNRS 7635

Advertisements

Redesign of Die Internal Structure Dr. Henry Tan School of Mechanical, Aerospace and Civil Engineering The University of Manchester.

Finite Element Radiative and Conductive Module for use with PHOENICS Department of Materials Engineering, University of Swansea, Swansea, SA2 8PP, UK DERA.

Heat Transfer with Change of Phase in Continuous Casting Ernesto Gutierrez-Miravete Rensselaer at Hartford ANSYS Users Group Meeting September 28, 2010.

Combined thermal, solutal and momentum transport. Assume a rigid mold. Imperfect contact and air gap formation at metal/mold interface Design of mold surface.

1 ATST Project data Title: Análisis numérico para determinar la localización del telescopio ATST Company: Instituto de Astrofísica de Canarias Period:

1 Macim Project data Title: Modelos de aeroacústica para la reducción del impacto medio-ambiental del ruido aerodinámico generado por vehículos Project.

Coupling Continuum Model and Smoothed Particle Hydrodynamics Methods for Reactive Transport Yilin Fang, Timothy D Scheibe and Alexandre M Tartakovsky Pacific.

1 ELT Project data Title: ELT-DS Technology development programme towards a European Extremely Large Telescope Project type: European Commission, FP6 Reference:

1 Decast Project data Title: Enhanced design environment for industrial casting processes on parallel computing platforms Project type: Esprit, EU Reference:

CE A Mathematical Approach for Discretization In the previous set of notes we saw how we could numerically solve With boundary conditions Using.

1 Minihap Project data Title: Enhanced design and manufacturing of mini- hydraulic products Project type: GROWTH project of the EU Reference: GDR

Engineering Mechanics Group Faculty of Aerospace Engineering Minor Programme 2 Aerospace Analysis and Development.

Finite Element Modeling with COMSOL Ernesto Gutierrez-Miravete Rensselaer at Hartford Presented at CINVESTAV-Queretaro December 2010.

Direct numerical simulations of droplet emulsions in sliding bi-periodic frames using the level-set method See Jo Wook Ryol Hwang*

MECH300H Introduction to Finite Element Methods

MECH300H Introduction to Finite Element Methods Lecture 10 Time-Dependent Problems.

1 Fanpar Project data Title: Porting and demonstration of a parallel software for enhanced aerodynamic and acoustic design of axial and centrifugal fans.

Non-disruptive MHD Dynamics in Inward-shifted LHD Configurations 1.Introduction 2.RMHD simulation 3.DNS of full 3D MHD 4. Summary MIURA, H., ICHIGUCHI,

A finite volume solution method for thermal convection in a spherical shell with strong temperature- und pressure-dependent viscosity CIG Workshop 2005.

P. Ackerer, IMFS, Barcelona About Discontinuous Galerkin Finite Elements P. Ackerer, A. Younès Institut de Mécanique des Fluides et des Solides,

ES 128 Computational Solid and Structural Mechanics

1 A Domain Decomposition Analysis of a Nonlinear Magnetostatic Problem with 100 Million Degrees of Freedom H.KANAYAMA *, M.Ogino *, S.Sugimoto ** and J.Zhao.

Numerical ElectroMagnetics & Semiconductor Industrial Applications Ke-Ying Su Ph.D. National Central University Department of Mathematics 11 NUFFT & Applications.

Introduction to HYDRUS-1D SOIL 6010 September 2011 T.E. Ochsner.

Materials Process Design and Control Laboratory Sibley School of Mechanical and Aerospace Engineering 169 Frank H. T. Rhodes Hall Cornell University Ithaca,

Numerical Investigation into Potential Flow Around High-speed Hydrofoil Assisted Craft ZHONGYU YANG supervised by Prof G.E HEARN and.

11/17/2014PHY 711 Fall Lecture 351 PHY 711 Classical Mechanics and Mathematical Methods 10-10:50 AM MWF Olin 103 Plan for Lecture 35: Chapter 11.

Laurent G. J. Montési Maria T. Zuber ASME, 1999 The importance of localization for the development of large-scale structures in the Earth’s crust.

Bone Ingrowth in a shoulder prosthesis E.M.van Aken, Applied Mathematics.

Box Model: Core Evolution ~ 700 Myr T(r,t) C(r,t) r ICB (t) 3D Model: Numerical Dynamo ~ 5 Myr intervals T(x,t) C(x,t) B(x,t) T(x,t) C(x,t) B(x,t) Thermodynamic.

Silesian University of Technology in Gliwice Inverse approach for identification of the shrinkage gap thermal resistance in continuous casting of metals.

2 how to deal with …? examples of common international 3.

Numerical Simulation of Dendritic Solidification

COMPUTER SIMULATION OF BLOOD FLOW WITH COMPLIANT WALLS  ITC Software All rights reserved.

MULTIFUNCTIONAL COLLABORATIVE MODELING AND ANALYSIS METHODS IN ENGINEERING SCIENCE Jonathan B. Ransom NASA Langley Research Center Mail Stop 240, Hampton,

Modelling of the blowing stage of the glass container forming process Christina G. Giannopapa.

Lecture 6: Thermal and Fluid System. Heat Flow.

The Mechanical Simulation Engine library An Introduction and a Tutorial G. Cella.

An Introduction to Computational Fluids Dynamics Prapared by: Chudasama Gulambhai H ( ) Azhar Damani ( ) Dave Aman ( )

Materials Process Design and Control Laboratory MULTISCALE COMPUTATIONAL MODELING OF ALLOY SOLIDIFICATION PROCESSES Materials Process Design and Control.

MATH 685/ CSI 700/ OR 682 Lecture Notes Lecture 11. Ordinary differential equations. Boundary value problems.

CALCULATING SPECIFIC HEAT CAPACITY Using lab data and your understanding of thermal energy!

Biomechanics Mechanics applied to biology –the interface of two large fields –includes varied subjects such as: sport mechanicsgait analysis rehabilitationplant.

FINITE DIFFERENCE In numerical analysis, two different approaches are commonly used: The finite difference and the finite element methods. In heat transfer.

Computational Fluid Dynamics Lecture II Numerical Methods and Criteria for CFD Dr. Ugur GUVEN Professor of Aerospace Engineering.

Presentation Title.

Presentation Title.

Fluid Structure Interactions Research Group

Reduced Costs Service & Support Innovative Technology Performance Quality.

Reduced Costs Service & Support Innovative Technology Performance Quality.

Numerical Simulation of Dendritic Solidification

Thermal Energy By: Lauren Robinson. HEAT Heat is the flow of thermal energy or energy in transit. It transfers from a warm object to a cold object. Transfer.

פחת ורווח הון סוגיות מיוחדות תהילה ששון עו"ד (רו"ח) ספטמבר 2015

Analytical Tools in ME Course Objectives

Konferanse i beregningsorientert mekanikk, Trondheim, Mai, 2005

6.1 day 2 Euler’s Method Leonhard Euler made a huge number of contributions to mathematics, almost half after he was totally blind. (When this portrait.

Equation Review Given in class 10/4/13.

different forms of growth

A new approach in the solution of the thermoelasticity problems by the use of primal-mixed finite elements dr Dubravka Mijuca Faculty of Mathematics Department.

Group 1 Group 1 Group 1 Group 1 word word word word word word word word word word word word word word word word word word word word word word word.

Solving Cubic Equations

Plan to talk for minutes MAX minutes of questions

Relations, Domain and Range

Lecture plan for the winter semester 2014

Lecture plan for the winter semester 2013

Equation Review.

Section 3.1 Functions.

Presentation Title Your information.

THE GROWTH ENVIRONMENT.

Presentation transcript:

1 Foamcast Project data Title: Shortening lead times and improving quality by innovative upgradings of the lost foam casting process Project type: GROWTH project of the EU Reference: G1RD-CT Period: 01/02/ /01/2004 Collaborators: Guillaume Houzeaux

2 Objectives To propose a mathematical model for lost foam casting To develop a numerical method to approximate it

3 Key numerical ingredients Level set method to track the interface Domain decomposition thermal coupling Fixed-mesh ALE method to cope with the domain deformation Stabilized finite element methods (flow equations, heat equation, level set transport)

4 Results