automotive CAECompanion 2019/20


automotive CAE Companion 2019/2020
1

Table of Contents
4

A new spring time for CAE?
6

In-house Seminars
6

Seminar Guide
8

Engineering
10

automotive CAE Grand Challenge
10

Crashworthy Car Body Design
10

Car Body Design for Analysis Engineers
12

Lightweight Design Strategies for Car Bodies
12

Automobil Industrie Light Weight Design Summit
14

Design of Composite Structures
14

Intensive Training Course for Automotive Engineers
16

Early Increase of Design Maturity of Restraint System Components
16

Pedestrian Protection - Development Strategies
18

Functional Development: Pedestrian Protection
18

PraxisConference Pedestrian Protection
20

Introduction to Fatigue Analysis
22

Computational Approaches and Simulation of Progressive Damage in CompositeStructural Components
24

Operational Strength under Consideration of Random Loads in the FrequencyDomain
26

Design for Durability - Lightweight Car Bodies and Fatigue
28

NVH - Background, Practice and Simulation Methodology
30

Design and Simulation of Vehicle Vibration
32

Topology Optimization for Crash-loaded Structures
32

Structural Optimization in Automotive Design
34

Robust Design Strategies
36

Robust Design - Vehicle Development under Uncertainty
38

CAE Tools
40

Introduction to the Python Programming Language
40

Basics: Consistent Units
40

Python-based Machine Learning with CAE Applications
42

Possibilities and Limitations of Virtual-based Development
42

Human Modeling and Simulation in Automotive Engineering
44

THUMS Version 6
46

Global Human Body Model Consortium (GHBMC)
48

Modeling of Materials & Connections
50

Material Models and Failure Criteria of Glass for Crash Simulation – X-FEM
50

Material Models for Metallic Materials
54

Material Models of Metals for Crash Simulation
56

Advanced Constitutive Models for Challenging Forming Simulations
56

Material Models for Polymeric Materials
58

Material Models of Plastics and Foams for Crash Simulation
62

Material Models for FEM Analysis of Short Fibre Reinforced Plastics
64

Material Models of Composites for Crash Simulation
66

Material Models of Composites for Crash Simulation
68

Static and Dynamic Analysis of Long-Fibre-Reinforced Plastics
68

Spot Weld Modeling for Crash Simulation
70

Modeling of Joints in Crash Simulation
72

Material Parameter Identification - Reverse Engineering
72

Theory
76

Model Order Reduction Techniques for Real-time Parametric Crash and Safety Simulations
76

Introduction and Examples of Multiphysics Simulation
80

Principles and Applications of FDM, FVM and FEM
82

Arbitrary Lagrangian-Eulerian Method (ALE)
84

Advances in Direct Time Integration Schemes for Dynamic Analysis
86

Meshfree Numerical Modelling of Flows and Continuum Mechanics
90

Meshless Methods: Smoothed Particle Hydrodynamics Method
92

Simulation of Fluid Structure Interaction
94

Comparison of Notch Stresses from Elastic Plastic FEA andNeuber Approximation
96

Safety
98

Introduction to Passive Safety of Vehicles
98

Introduction to Active Safety of Vehicles
101

SafetyWeek
102

Automotive Safety Summit Shanghai
102

SafetyUpDate
102

Briefing on the Worldwide Status of Automated Vehicle Policies
104

PraxisConference AEB|AES
106

International Safety & Crash-Test Regulations
106

Vehicle Safety under Self-Certification
108

NCAP - New Car Assessment Programs
108

Euro NCAP MPDB Frontal Crash Workshop
110

Crash Safety of Hybrid and Electric Vehicles
110

Static Vehicle Safety Tests in Automotive Development
112

Model Based Head Injury Criteria for Head Protection Optimization - SUFEHM
114

Whiplash Testing and Evaluation in Rear Impacts
116

Side Impact - Requirements and Development Strategies
116

Head Impact on Vehicle Interiors
118

Terms & Conditions
118

Index
120

Seminar Calendar
122

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