Reinforced Concrete Construction ...: Bridges and culverts...by George A. Hool...assisted by Frank C. Thiessen. 1916

George Albert Hool

McGraw-Hill book Company, 1916 - Concrete construction

Contents

• Definitions: 2
• Selection of the most suitable intrados: 9
• Empirical rules for thickness of arch ring: 18
• Notation: 27
• Loadings to use in computations: 34
• ART PAGE Agreement with theory 388: 38
• Deflection at any point: 41
• Reliability of the elastic theory: 42
• Skew arches: 43
• CHAPTER IV: 44
• Data 44 49 N5: 45
• Approximate method of testing trial arch: 46
• Division of arch ring for constant I: 48
• Combining of moments and thrusts: 52
• Maximum stresses: 53
• Design of abutments: 54
• Design of spandrel walls: 57
• CHAPTER V: 67
• 14: 72
• CHAPTER VI: 86
• Examples of computations in unsymmetrical arch analysis: 88
• CHAPTER VII: 96
• Method of analysis: 97
• Analysis of a twospan arch bridge with pier elastic: 104
• CHAPTER VIII: 107
• Properties of the center of gravity of static moments: 117
• Determination of the ellipse of elasticity: 118
• Graphical constructions for finding moments and products of inertia of the elastic weights: 122
• Method of analyzing symmetrical arches for loading only: 124
• Method of analyzing unsymmetrical arches for loading only: 129
• Temperature and ribshortening: 131
• Analysis of a symmetrical archby A C Janni C E 48 Method of analyzing a series of arches with deformable supports: 148
• CHAPTER IX: 157
• Spandrel details in openspandrel bridges: 176
• Piers and abutments 52 Railing and ornamental details: 178
• CHAPTER X: 182
• PAGE: 208
• 114: 257
• 117: 317
• PART II: 357
• PART I: 366
• CHAPTER XV: 380
• Through girders: 390
• CHAPTER XVII: 403
• CHAPTER XVIII: 410
• CHAPTER XIX: 417
• Strength of pipe: 430
• Circular culverts cast in place: 436
• CHAPTER XXII: 449
• INTRODUCTION: 464
• ᏢᎪᎡᎢ: 479
• PART VI: 493
• CHAPTER XXIX: 496
• Symmetry: 497
• Style: 498
• Harmony: 499
• Harmony of form: 500
• Harmony of dimension: 505
• CHAPTER XXX: 508
• The abutments: 509
• The pilasters: 513
• 118: 515
• The railing: 517
• Parts of the railing: 519
• 121: 524
• Special features: 525
• PART VII: 529
• 124: 531
• Pier forms: 533
• Concreting piers: 536
• 129: 538
• 131: 539
• Arch centers: 540
• ART PAGE 133 Concreting arches: 543
• 134: 545
• Surface treatment: 546
• CHAPTER XXXII: 548
• Construction methods: 551
• General excavation: 553
• Cofferdam excavation: 554
• Special methods of pier excavation: 558
• Concrete plant: 559
• Pier construction: 560
• Details of arch rib centers: 565
• 148: 568
• Constructing arch ribs: 570
• Special methods used in constructing arch No 6: 571
• Spandrel construction: 572
• CHAPTER XXXIII: 575
• Casting piles: 577
• Concrete plant: 578
• 157: 579
• Capping pile bents: 583
• CHAPTER XXXIV: 585
• Construction of abutments and piers: 586
• Construction of slabs: 587
• Concrete plant: 588
• Drainage and waterproofing: 590
• Forms for piers and abutments: 594
• Placing reinforcement: 602
• 176: 605
• CHAPTER XXXVI: 608
• 178: 610
• The esthetic element: 636
• ART PAGE: 639
• crete blocks: 654
• The economic element: 659
• Hinges of lead and asphaltfelt plates: 668
• Archring construction 54 Centering Timber centers Steel centers Suspended systems 55 Forms 182 196 198 218 224 228: 685
• THREEHINGED ARCHES: 686
• General discussion 245 57 Methods of analysis 245 Common method 246 Influenceline method 250 58 Types of hinges 250 59 Methods of constru...: 688

Bibliographic information

• Title: Reinforced Concrete Construction ...: Bridges and culverts...by George A. Hool...assisted by Frank C. Thiessen. 1916; Engineering education series; Volume 3 of Reinforced Concrete Construction, George Albert Hool
• Author: George Albert Hool
• Publisher: McGraw-Hill book Company, 1916
• Original from: the University of Michigan
• Digitized: May 19, 2009