ACI-DAfStb databases 2020 with shear tests on structural concrete members without stirrups - Volume 1: Part 1 to Part 2.5 and Volume 2: Part 2.6 to Part 7 (PDF)

This report is a follow-up of the Report DAfStb-Heft 617 so that the aims of this report remain the same as explained there in Chapter 1 of the foreword. The development of the ACI-DAfStb Shear Databases is described in Chapter 2 of the foreword of DAfStb-Heft 617 and is also not repeated here. The report is subdivided into seven parts, whereby within each part contains several subparts. Thereby, this DAfStb-Heft 635 mainly deals with databases for tests on beams without stirrups. For tests on beams with stirrups, the databases presented in DAfStb-Heft 617 remain valid. In Part 1, all procedures and all criteria for the selection of tests are explained in detail. This Part is a revision of that in DAfStb-Heft 617. Apart from editorial changes and some corrections, especially the flexural check has been revised in order to account for compression reinforcement in the beams. Part 2 of this report covers different databases with shear tests on reinforced concrete beams without stirrups. These are either revisions of the databases in DAfStb-Heft 617 with more tests covered or new databases. Part 2.1 presents the revised database with beams subjected to point loads, and Part 2.2A deals with the revised database with beams subjected to a uniformly distributed load. Part 2.2B presents the merged database with all 946 selected tests on beams with point loads (892 tests) and 54 tests on beams with a distributed load. These are far more tests than in DAfStb-Heft 617 with 744 tests on beams with point loads and 40 tests on beams with distributed loads, altogether 784 tests. This Part 2.2B also contains the evaluations with comparisons of several design proposals with test results. Part 2.3 presents a revised databases in comparison to DAfStb-Heft 617, because the number of tests on beams subjected to axial tension could be considerably increased. The databases comprises tests on simple beams as well as tests on beams with moments at the end supports like at intermediate suppor