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Eckhard Szimba - Interdependence between Transport Infrastructure Projects

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Eckhard Szimba

Interdependence between Transport Infrastructure Projects

Series: Karlsruher Beiträge zur wirtschaftspolitischen Forschung - Karlsruhe Papers in Economic Policy Research

Volume 25 2008

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Titelei/Inhaltsverzeichnis S. 2-18

Motivation S. 19-21

Overview S. 21-22

Historical Overview S. 23-33

The Corridor Concept S. 33-35

The Political Dimension of Transport Infrastructure Planning S. 35-36

Exemplary Depiction of the Emergence of Interdependencies S. 37-40

Typology and Measurement of Interdependencies S. 40-42

Consideration of Interdependencies by National and Supra-National Assessment Approaches in Europe S. 42-43

Introduction S. 44-46

Types of Effects under Consideration and Calculation of Benefits S. 46-47

Impact Analysis for the Whole Infrastructure Investment Programme S. 48

Analysis of Interdependencies between Individual Projects and All Other Projects S. 48-50

Measurement of Common Demand S. 50-55

Measurement of Interdependencies S. 55-56

Further Evaluation of the Results S. 56-57

General Overview of the Approach for the Generation of Groups of Infrastructure Projects S. 58-61

Sequence of a Cluster Analysis S. 61

Measurement of Similarity among Transport Infrastructure Projects S. 61-66

Application of Cluster Analysis to Transport Infrastructure Projects S. 66-71

Characteristics of Amalgamation Rules and Application to the Grouping of Transport Infrastructure Projects S. 71-73

Clustering Algorithms Selected for the Grouping of Transport Infrastructure Projects According to Demand Pattern S. 73

Determination of the Number of Clusters S. 73-74

Evaluation of Obtained Clustering Results S. 74-76

Re-Integration of Outliers S. 76-77

Cross-Checking of Clusters with Interdependency Measures in Pairs S. 77-79

Analysis of Interdependencies within a Cluster of Infrastructure Projects S. 79-83

Analysis of Interdependencies among Clusters of Projects S. 83

Visualisation of the Demand Markets of Infrastructure Projects S. 84-85

Interdependencies at Disaggregate Level S. 85-86

Requirements of the Applied Transport Model S. 87

Consolidation of Results by Using Interdependence Evaluation Sheets S. 87-89

Overview and Summary S. 89-91

Generation and Distribution S. 92-95

Modal Split S. 95-97

Assignment S. 97-98

Schematic Overview of the VACLAV Model S. 98

Network Models S. 98-104

Consideration of Multi-Modal Corridors S. 104-107

Overview of Priority Corridors under Consideration and Infrastructure Improvements S. 107-110

Methodology Applied to the Calculation of Time Costs S. 110-111

Impact at the Aggregated Level S. 112-114

Impact at the Disaggregate Level S. 114-120

Interdependencies between Individual Corridors and the Other Corridors S. 120-121

Measurement of Common Demand S. 121-125

Visualisation of Common Demand S. 125-128

Interdependencies between Corridor Pairs S. 128-131

Interdependencies between Pairs of Corridors at the Disaggregated Level S. 131-134

Similarity Matrices S. 134-135

Generation of Corridor Clusters Based on the Demand Analysis S. 135-142

Adaptation of the Results Obtained from the Cluster Analysis by Incorporation of Interdependency Measures S. 142-149

Interdependencies between Corridors within a Cluster S. 149-153

Interdependencies between Corridor Clusters S. 153-156

Synthesis of the Interdependency Evaluation Framework’s Results for a Specific Priority Corridor S. 156-161

Interpretation of the Results Obtained by the Application of the Interdependency Evaluation Framework S. 161-163

Lessons Learned from the Application of the Interdependency Evaluation Framework S. 163-164

Summary and Outlook S. 165-167

List of References S. 168-178

Selected Maps and Figures (Colour Prints) S. 179-194

Applied Infrastructure Configuration S. 194-196

Demand Matrices S. 196-202

Cluster A – Interdependencies among Priority Corridors and Combinations of Corridors S. 202-209

Interdependency Evaluation Forms S. 209-228

Computed Cost Data S. 228-243

doi.org/10.5771/9783845207551