Advanced Manufacturing and Sustainable Logistics - 8th International Heinz Nixdorf Symposium, IHNS 2010, Paderborn, Germany, April 21-22, 2010, Proceedings (Lecture Notes in Business Information Processing, Vol 46)

von: Wilhelm Dangelmaier, Alexander Blecken, Robin Delius, Stefan Klöpfer (Eds.)

Springer-Verlag, 2010

ISBN: 9783642124945 , 456 Seiten

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Advanced Manufacturing and Sustainable Logistics - 8th International Heinz Nixdorf Symposium, IHNS 2010, Paderborn, Germany, April 21-22, 2010, Proceedings (Lecture Notes in Business Information Processing, Vol 46)


 

Title Page

2

Preface

5

Organization

7

Table of Contents

9

Keynotes

9

A Concept for an Accurate and Closely Coordinated Production

13

Introduction

13

Reducing the Diversity of Variants in Production Networks

13

Planning of Multilevel Flow Production – System Structures in Bordered Workstations

15

Reconfiguration of Conveyor Belt Coordination with Open Station Boundaries

17

Two Level Multi - criteria Lotsizing

19

Rolling Horizon and Online Optimization

21

Sequencing of Production Orders / Open Station Boundaries

24

References

25

A Mesoscopic Approach to the Simulation of Logistics Systems

27

Introduction

27

Forms of Flow Process Representation

28

Event Scheduling

29

Mesoscopic Product Model

30

Multichannel Funnels as Main Components of a Mesoscopic Model

31

Standard Models for Allocation of Resources at a Funnel

32

Conclusion

35

References

36

Development of a Simulation Model for Multimodal, Cross-Company Logistics Networks

38

Introduction

38

Cross-Company Logistics Models

39

Logistics Networks

39

Consolidation of Shipments

41

The Evaluation Model and the Simulation

42

Application Platform for Simulation

44

Simulation Model for the Planning of Multimodal Transport

45

Application of the Modeling Approach to a Romanian Automotive Cluster

47

Concluding Remarks

48

References

48

Building Blocks as an Approach for the Planning of Adaptable Production Systems

49

Introduction

49

Basics, Problem, Scientific Questions and Need for Research

50

Basics

50

Problem, Scientific Questions and Need for Research

50

Concept Building Blocks for Adaptable Production Systems

51

Planning/Visualization Modules

53

Machining Modules

54

Material Flow Modules

54

Information Flow Modules

54

Energy Flow Modules

55

Fields of Application and Deployment

55

References

55

Challenges for the Provision of Process Data for the Virtual Factory

58

Time Management Views on Production Processes

58

The Need for Time Management Data

58

The REFA View Concept

59

Deterministic and Stochastic Modelling of Time Data

60

Modelling Sequential and Interlinked Production Processes

61

Provision of Time Management Data

61

The Export of Sequential Process Data to the {\it FEMOS} Simulation Procedure

61

Export of Interlinked Process Data to the {\it FEMOS} Simulation Procedure

63

The Need for Further Developments

66

References

67

Application of Operations Research Techniques to the Redesign of the Distribution Systems

69

Introduction

69

Methodological Background

71

Case Studies

72

Computational Experiments

80

Conclusions

83

References

84

Simulation in Production and Logistics: Trends, Solutions and Applications

85

Introduction

85

Research and Development Trends

86

Positioning DES within the Digital Factory

87

Implementing Quality in Simulation Studies

88

Assisting in Performing Simulation Tasks

90

Trends in Applications

90

New Paradigm: Autonomous Control in Production and Logistics

91

New Application Fields: Biomass Conversion Networks

91

Summary

93

References

93

Logistics in the Context of Humanitarian Operations

97

Introduction

97

Disasters and Humanitarian Crises

98

Definitions

100

Characteristics and Challenges

101

Outlook

103

References

104

Sustainable Process Management - Status Quo and Perspectives

106

Sustainable Processes?

106

Sustainability - Definition and Description

107

Green IT

109

Sustainability on the Process Level

110

Idealized Model

110

Available Instruments

112

Discussion

116

Summary and Outlook

117

References

117

Supply Chain Management

9

A Model for Quantifying Impacts of Supply Chain Cost and Working Capital on the Company Value

119

Introduction

119

Conceptual Elements

120

The Quantification Model

122

Illustration Example from Industry

124

Conclusion

127

References

127

Assessing the Effects of Assortment Complexity in Consumer Goods Supply Chains

130

Introduction

130

Assortment Complexity in Consumer Goods Supply Chains

130

Problem Statement

131

Solution Approach

133

Modelling Product Assortments as Production and Distribution Networks

133

A Heuristic for Inventory Allocation

135

Setting Planning Buffers and Planned Production Quantities

137

Applications and Results

139

Conclusions

141

References

141

Dynamic Supply Loops – A Concept for Flexible and Faster Automotive Supply Network Management

142

Introduction

142

Efficient Supply Chains through Customize-to-Order

143

Step-Change in Component and System Technologies

145

Individually and Highly Reactive Supply Chain

146

Main Benefits and Targets of Dynamic Supply Loops

147

Selected Achievements

148

Conclusion

151

References

151

Development of a Lean Quality Management System: An Integrated Management System

153

Introduction

153

Integrated Management Systems in Industry

154

Development of a Lean Quality Management System

155

Definition of Requirements

156

Merging of Requirements

157

Application Procedure of the Lean Quality Management System

158

LQMS-Audit

158

LQMS Implementation

159

The LQMS in Industry Practice

160

Outlook

162

References

163

Integrated Adaptive Design and Planning of Supply Networks

164

Introduction

164

State of the Art

165

Methodical Basis

167

Mathematical Framework

168

Integration of Static SCD and Dynamic SCP Models: Concept

168

Integration of Static SCD and Dynamic SCP Models: Formal Statement

169

Using ISO 10303-224 for 3D Visualization of Manufacturing Features

210

Introduction

210

Geometric Product Models

212

Feature-Based Modeling

213

Definition and Classification of Features

214

Creating Features

214

Feature-Based Design

215

ISO-Standard 10303

215

Architecture

216

Application Protocol 224

217

Automated Process Planning with AP 224

217

Implementing STEP

218

Conclusion

220

References

220

Discussion of Findings

172

Conclusions

173

References

174

Lean Intra-corporate Supply Chain Management for Complex Organizations

176

Introduction

176

Background – The Idea of Lean Intra-corporate Supply Chain Management

178

Business and International Strategy

178

Organizational Structure and Business Rules

180

Objectives, Metrics, Roles and Responsibilities

180

Deriving the Corporate Supply Chain Profile

180

Evaluating the Supply Mode Matrix and Deriving Action Recommendations

184

Summary

185

References

186

Up-to-Date Supply Chain Management: The Coordinated (S, R) Order-Up-to

187

Prologue

187

Classical (S, R) Policy

188

Coordinated (S, R) Policy

190

Numerical Example

192

Managerial Implications of Coordinated (S, R)

193

Conclusion and New Directions in Coordinated Policies

194

References

194

Production Logistics/Industrial Engineering

10

Towards an Integrated Virtual Value Creation Chain in Sheet Metal Forming

198

Introduction

198

Integrated Virtual Value Creation Chain

199

Similarity Search for Identifying and Reusing Knowledge on Demand

201

Related Work on Similarity Search

201

Methodology

202

Cost Calculation for Quick and Precise Responses to Customers

203

Cost Calculation

203

Methodology

204

Blank Prediction, Process Planning and Process Simulation

205

Collision Detection and Optimization of Tool Structures

205

Related Work on Collision Detection

205

Methodology

206

Conclusions and Future Work

207

References

208

Using ISO 10303-224 for 3D Visualization of Manufacturing Features

210

Introduction

210

Geometric Product Models

212

Feature-Based Modeling

213

Definition and Classification of Features

214

Creating Features

214

Feature-Based Design

215

ISO-Standard 10303

215

Architecture

216

Application Protocol 224

217

Automated Process Planning with AP 224

217

Implementing STEP

218

Conclusion

220

References

220

Combined Working Time Model Generation and Personnel Scheduling

222

Introduction

222

The Four Phases of Demand-Driven Workforce Management

223

Staffing Demand Forecasts (Phase 1)

223

Designing Flexible Working Time Models (Phase 2)

224

Workforce Scheduling (Phase 3)

224

Working Time Management (Phase 4)

224

Combination of Phases

224

Demand-Oriented Working Time Models

225

Integrating the Phases 2 and 3: Lessons from Retail

227

Work of Others

227

Own Work

228

Transfer to an Application from Logistics

229

Description of the Problem

229

Results and Discussion

231

Conclusion and Future Work

232

References

232

Knowledge Oriented Implementation of Collaborative Supply Chain Management

234

Introduction

234

Supply Chain Management

235

Collaborative Supply Chain Management (CSCM)

235

Knowledge Oriented Prerequisites of Collaborative Supply Chain Management

237

Knowledge Modeling and Description Language (KMDL)

238

Knowledge Intensive Processes

238

Procedural Model

238

KMDL Layer Concept

239

Tacit and Explicit Knowledge.

239

Process and Activity View.

240

Integration of Knowledge Management into Supply Chain Management

240

Modeling CPFR

240

Potentials of KMDL

243

Conclusion and Outlook

244

References

244

Reference Modeling of an IT-Based Logistics System

246

Introduction

246

Production and Logistics as Interdependent Paradigms

247

Production Systems as a Reference Modeling Approach

248

Reference Modeling of an IT-Based Logistics System

250

References

256

An Autonomous Control Concept for Production Logistics

257

Introduction

257

Distributed Logistics Routing Protocol for Production

259

Evaluation

263

Problem Description and Instances

263

Reference Heuristics

264

Results

265

A Resource Based Mixed Integer Modelling Approach for Integrated Operational Logistics Planning

293

Introduction

293

A Resource Based View on Operational Logistics Planning

295

A Multi-period Multi-commodity Network Design Formulation

297

A Construction Heuristic

300

Case Study

302

Conclusions

305

Conclusion

267

References

267

Towards Agile Business Processes Based on the Internet of Things

269

Introduction

269

Initial Example

269

Big Picture

270

State of the Art

271

Blind Spot 1 – Awareness of the Environment

271

Blind Spot 2 - Awareness of the Actual Process Execution

271

Discrete Lot-Sizing and Scheduling Including Deterioration and Perishability Constraints

357

Introduction

357

Literature Review

358

Depreciation of Parts and Products

358

Simultaneous Lot-Sizing and Scheduling

359

Models Including Depreciation Constraints

360

Model Formulations

361

Numerical Results

365

Conclusion

367

System to Support Agile Business Processes

272

Agile Business Processes

272

Human Process Interaction Platform

272

Real World Integration

273

Outlook

273

References

274

Methods for the Calculation of CO${\_2}$ Emissions in Logistics Activities

275

Introduction

275

Existing Methods for the Calculation of CO${\_2}$ Emissions

275

The Greenhouse Gas Protocol

275

Databases for Emission Factors

277

CO${\_2}$ Calculation Tools

278

Conclusion

279

References

280

Operations Research Techniques

11

A p-Robust Capacitated Network Design Model with Facility Disruptions

281

Introduction

281

The p-Robust Network Design Model

283

GA-Based Hybrid Metaheuristic Algorithm

284

Representation Scheme

284

Fitness Function

285

Initial Population

285

GA Operators

286

The Learning Process

286

Constructing Search Tree.

286

Local Search.

286

Termination Criteria

287

Computational Results

287

Experimental Design

287

Algorithm Performance

288

Comparison with Other Robustness Criteria

288

Interpret p-Robustness

290

Conclusion

291

References

292

A Resource Based Mixed Integer Modelling Approach for Integrated Operational Logistics Planning

293

Introduction

293

A Resource Based View on Operational Logistics Planning

295

A Multi-period Multi-commodity Network Design Formulation

297

A Construction Heuristic

300

Case Study

302

Conclusions

305

References

306

Job Shop Scheduling with Buffer Constraints and Jobs Consuming Variable Buffer Space

307

Introduction

307

Literature Review

308

A Heuristic to Generate Initial Feasible Solutions

310

Computational Results

313

Conclusions

317

References

318

Maturity Progression Model for Sustainable Supply Chains

320

Introduction

320

Sustainable Supply Chains

321

Maturity Models

323

SSCM Maturity Model

324

Sustainability Modeling and Reporting System

326

Conclusion

328

References

329

Scenario Technique with Integer Programming for Sustainability in Manufacturing

332

Introduction

332

Scenarios for Sustainability in Value Creation

333

Mathematical Background of Scenario Technique

333

Scenarios for Remanufacturing Oriented Production Equipment Development

334

A Mathematical Model for the Scenario Technique

335

A Consistency Model

335

Counting and Clustering Solutions

336

Results

337

Scenario Generation

337

Scenario Description

339

Summary and Conclusion

342

References

343

Modelling Post-carriage Transport Costs in Groupage Networks

344

Introduction

344

Cost Model and Simulation Design

345

Objective and Framework

345

Assumptions and Cost Model

346

Estimating the Length of Tours in Ring-Radial Transport Networks

348

Results of Various Parameter Pretests

349

Simulation Results and Conclusions

350

Total Tour Length of the CVRP

350

Total Costs Related to Drop Distance

350

Marginal Costs Related to Drop Distance

352

Conclusion and Outlook

353

References

354

Discrete Lot-Sizing and Scheduling Including Deterioration and Perishability Constraints

357

Introduction

357

Literature Review

358

Depreciation of Parts and Products

358

Simultaneous Lot-Sizing and Scheduling

359

Models Including Depreciation Constraints

360

Model Formulations

361

Numerical Results

365

Conclusion

367

References

367

Humanitarian Logistics

11

Developing and Maintaining Trust in Post-disaster Hastily Formed Networks

370

Introduction

370

The Development of Trust in Post-disaster Hastily Formed Networks

371

The Development of Trust in Post-disaster Hastily Formed Networks

371

Operationalising the Swift Trust Framework in a Humanitarian Logistic Context

373

Role

374

Third Party Information

375

Category

375

Rule

376

Dispositional Trust

377

Trusting Behaviour in Humanitarian HFNs

377

The Development and Maintenance of Trust from a Physiological Perspective

378

The Danger of Excessive Trust

378

Operationalising and Testing in Different Settings

379

Summary

380

References

380

Humanitarian Cluster Leads as Fourth-Party Logistics Providers

384

Introduction

384

Approach

385

The Cluster Concept

385

Fourth-Party Logistics

387

Discussion

393

References

394

Simulation

11

An Efficient Heuristic Algorithm for the Traveling Salesman Problem

396

Introduction

396

Approximation Algorithms

397

Tour Construction

397

Tour Improvement

398

Branch and Bound

398

Ant Colony Optimization

398

The Held-Karp Lower Bound

399

The Integer Programming Model for Solving TSP

399

The Heuristic Algorithm for Solving Problem 1

400

The Termination Rule

401

The Upper Bound and the Lower Bound of the Algorithm

401

Fathoming Rule

402

Branching Strategy

402

Separation Rule

402

Computational Results

403

Conclusions

405

References

406

Control of Disassembly Systems Based on the Division of Labour by Means of Dynamically Adapting Routing Plans

408

Disassembly Systems Based on the Division of Labour

408

Dynamically Adapting Routing Plans

409

Method to Control Disassembly Systems Based on the Division of Labour

411

Extending Manufacturing Control by Disassembly-Specific Parameters

411

Control Measures for Disassembly Systems

412

Integrating the Developed Control Measures into a Global Concept

413

Verification by Means of a Pilot Example

417

Potentialities for Further Increasing the Efficiency of Disassembly Systems

417

References

417

Integrated Production Program and Human Resource Allocation Planning of Sequenced Production Lines with Simulated Assessment

420

Introduction

420

Tasks of Production Scheduling

421

Synchronized Production Lines

421

Sequencing

421

Production Cycle

423

Capacity and Human Resource Planning Functions

423

Correlation between Production Program and Human Resource Allocation Planning

424

Solutions Approach

426

Results

428

Summary and Outlook

429

References

430

Simulation of Container Traffic Flows at a Metropolitan Seaport

432

Introduction

432

Research Motivation and Objectives

432

Paper Outline

433

Containerization

433

Container Terminals and Handling Equipment

434

Port Operations

435

Simulation at Container Terminals

436

Simulation Model

437

Container Movements

438

Port Infrastructure

439

Model Validation

439

Design and Results of Scenario Experiments

440

Research Contributions

441

Conclusions

441

References

442

Simulation of ITSM Processes as Training Tool Set

444

Introduction

444

IT Service Management

445

IT Service Management Processes

445

ITIL Processes

445

Process Simulation

446

Training through Simulation

447

ITSM Simulators

448

ITSM Process Simulation

448

Training through Process Simulation

449

Conclusion and Outlook

453

References

453

Author Index

455