Tutorial 1 Learning Topology Optimization Through Examples and Case Studies August 18, 2019.

Slides:



Advertisements
Similar presentations
Sigmund’s 99-line topology optimization top.m
Advertisements

Pre-stresses Influence on a Micro Mirror Structure.
Prestressed Modal Analysis Workshop 5.2. Workshop Supplement Prestressed Modal Analysis August 26, 2005 Inventory # WS5.2-2 Workshop Goals.
Topology optimization (pages from Bendsoe and Sigmund and Section 6.5) Looks for the connectivity of the structure. How many holes. Optimum design of.
Project 2: Torque-Arm Modeling, Simulation and Optimization
Mesh, Loads & Boundary conditions CAD Course © Dr Moudar Zgoul,
A “CANTILEVER” EXPERIENCE OF LARGE PROPORTIONS Pinocchio's Nose.
Procedures of Finite Element Analysis Two-Dimensional Elasticity Problems Professor M. H. Sadd.
Abstract/Objectives Better understand the effects of typical GD&T variations on Bolt Stresses in Torque Carrying Bolted Flanges Create Trend Curves for.
Optimization of a FEA Beam Element Model for Computational Speed and Accuracy Brent Weight and Ryan Weight.
2D Analyses Mesh Refinement Structural Mechanics Displacement-based Formulations.
Optimization of a Flapping Wing Irina Patrikeeva HARP REU Program Mentor: Dr. Kobayashi August 3, 2011.
The problem to be solved is specified in a) the physical domain and b) the discretized domain used by FEA Governing principle law :
June 29, The difference between two feature models Matthijs Sypkens Smit Willem F. Bronsvoort CAD ’07 Conference, Honolulu, Hawaii Faculty of Electrical.
Structures and stress BaDI 1.
Flexible Self Locking Pin-less Joint
A Designer’s Approach for Optimizing an End-Loaded Cantilever Beam while Achieving Structural and Manufacturing Requirements Timothy M. Demers November.
Evolutionary Structural Optimisation Lectures notes modified
RPI Master’s Project Proposal Stephen Ganz – 5/15/2012 Structural Analysis of Bridge Gusset Plates: Steel vs. Composite.
Axisymmetric Analysis of a Pipe Assembly
S1-1 ADM703, Section 1, August 2005 Copyright  2005 MSC.Software Corporation PART 1 ADVANCED MODELING AND BEST PRACTICES.
Department of Civil and Environmental Engineering, The University of Melbourne Finite Element Modelling Applications (Notes prepared by A. Hira – modified.
Ansys Workbench 1 Introduction
Engineering 309: Machine Design I Instructor: Dr. Min Lu Presented by: Mike Kraft Thanh Nguyen.
1 Optimization of Reinforcement Methods for Non-round Pressure Vessels By Shawn McMahon A Presentation of a Thesis In Partial Fulfillment of the Requirements.
About TIME STEP In solver option, we must define TIME STEP in flow solver.
Copyright © 2009 Altair Engineering, Inc. Proprietary and Confidential. All rights reserved. Altair ® OptiStruct ® Meet Today's Complex Product Development.
In these tutorials the use adaptive mesh refinement will be review Workbench 12.1 Aalborg Universitet esbjerg Søren Heide Lambertsen.
Coarse and Fine-Grain Parallelism for Inverse Design Optimization James St. Ville & Subby Rajan Hawthorne & York, Intl. Phoenix, AZ Ashok Belegundu Pennsylvania.
Form-Finding of Long Span Bridges with Continuum Topology Optimization and a Buckling Criterion Salam Rahmatalla (Graduate Student) Prof. Colby C. Swan.
Checkerboard-free topology optimization using polygonal finite elements.
Stress constrained optimization using X-FEM and Level Set Description
Tutorial 6-1: 3D Modeling.
Kratos 3D FSI Analysis Tutorial
Shape Finder Appendix Thirteen. Training Manual Shape Finder August 26, 2005 Inventory # A13-2 Chapter Overview In this chapter, using the Shape.
Tutorial 3, Part 1: Optimization of a linear truss structure
1 CHAP 8 STRUCTURAL DESIGN USING FINITE ELEMENTS FINITE ELEMENT ANALYSIS AND DESIGN Nam-Ho Kim Edited and audio Raphael Haftka.
COMSOL Analysis: End Loaded Cantilever Beams of Various Cross Sections Gregory Hew.
Copyright© Since 2008 Seung Jo Kim Aerospace Structures Laboratory Seoul National University Seoul, Korea
Structural Integrity UNDERSTAND STRUCTURAL STRENGTH OF LOAD BEARING COMPONENTS IN MECHANICAL SYSTEM.
Ashwath Department of Applied Mechanics Indian Institute of Technology Madras.
Date of download: 6/23/2016 Copyright © ASME. All rights reserved. From: Topology Optimization of Total Femur Structure: Application of Parameterized Level.
Date of download: 11/12/2016 Copyright © ASME. All rights reserved. From: Natural Frequencies of Plate Supported Thermowells J. Pressure Vessel Technol.
Multi-objective optimization of nitinol stent design
CHAP 8 STRUCTURAL DESIGN USING FINITE ELEMENTS
Oring Constraints.
Optimal topologies in case of probabilistic loading
CHAP 8 STRUCTURAL DESIGN USING FINITE ELEMENTS
FEA Analysis of an Assembly with Bolt Fasteners
Date of download: 10/30/2017 Copyright © ASME. All rights reserved.
Chapter 4 Volume Meshing – Workshop 1 Engine Block Meshing
Date of download: 12/23/2017 Copyright © ASME. All rights reserved.
Date of download: 3/6/2018 Copyright © ASME. All rights reserved.
Power Magnetic Devices: A Multi-Objective Design Approach
Chapter No. 04 Equilibrium
Topological Ordering Algorithm: Example
Poznan University of Technology Division of Virtual Engineering Michał Nowak Simultaneous Size, Shape and Topology Optimization in Parallel Numerical.
Bridge Truss problem I (simple truss)
Lesson 7: Optimizing Areas and Volumes of Rectangular Prisms
Topological Ordering Algorithm: Example
Topological Ordering Algorithm: Example
Topological Ordering Algorithm: Example
Practice Geometry Practice
Simulation Fundamentals Static Stress/Shape Topology Tutorial
Tutorial 1 Learning Topology Optimization Through Examples and Case Studies August 18, 2019.
Tutorial 1 Learning Topology Optimization Through Examples and Case Studies August 18, 2019.
Tutorial 1 Learning Topology Optimization Through Examples and Case Studies August 18, 2019.
Topology Optimization through Computer Aided Software
Tutorial 1 Learning Topology Optimization Through Examples and Case Studies August 18, 2019.
Tutorial 1 Learning Topology Optimization Through Examples and Case Studies August 18, 2019.
Presentation transcript:

Tutorial 1 Learning Topology Optimization Through Examples and Case Studies August 18, 2019

Use SIMP Method for Topology Optimization Problem Description Cantilever Beam Problem Units: MKS Material: AlloySteel Structural Loads: 1000N Mesh Size: use default mesh size TopOpt Constraints: No Constraints TopOpt Objective: Minimum Compliance Goal: Optimize the topology for a volume fraction of 0.25 1000N Use SIMP Method for Topology Optimization

SIMP based TO using Pareto Choose Units Load Geometry Define Material Apply Loads (Structural/Thermal/Gravity) Carry out FEA Apply Top Opt Constraints Topology Optimization PostProcessing

Results

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.