Shear force resistance under longitudinal tension

Reinforced concrete floors with integrated cavities

→ 1 Example of the regular longitudinal tensile forces in the test bench for a test series

→ 2 Correlation of model safety exp V_Rm,c / cal V_Rm,c,mod and opening ratio d_o / d for reinforced concrete floors with integrated cavities under longitudinal tension

In building construction, reinforced concrete floors are frequently used as installation space for building services. Horizontal line distribution is one of the major causes for cross-sectional weakening, thus leading to a significant reduction in the shear force resistance of reinforced concrete floors without shear reinforcement. In recent years, an in-depth study has been conducted at TU Kaiserslautern on the shear force resistance of reinforced concrete floors with integrated line installations. The design concepts developed are available to the building industry as part of the national...

Issue 02/2015 Composite floors made with lightweight aggregate and normal weight concrete

New design model for shear resistance

Reinforced concrete members without shear reinforcement are calculated using a semi-empirical model that builds up on the tooth model proposed by Reineck [1]. Significant contributions are made by the...

Issue 06/2022

Elements with non-metallic reinforcement – Shear model for members with and without shear reinforcement

Non-metallic reinforcement made of fiber-reinforced polymers (FRPs) features high tensile strength and excellent resistance to corrosion. Existing models for predicting the shear resistance of...

Issue 02/2014 Calculation examples showing the loss in shear resistance

Design of precast floors with integrated building services –

Background Using reinforced concrete floors as space for building services becomes more and more common in practice. Conduits are built in the concrete cross-section being used for ventilation...

Issue 07/2010 Development of a new testing machine

Testing of fiber-reinforced concretes

The steel fibers are strongly bonded in the cement paste (structure) during the curing process of the concrete. The result is a remarkably higher compressive strength and in particular concerning the...

Issue 09/2017

Flat component, transverse force reinforcement element, and reinforced concrete-/prestressed concrete component having a transverse …

(10) US 2017/0204606 Al (22) 29.04.2015 (43) 20.07.2017 (71) Technische Hochschule Mittelhessen, Gießen (DE) (57) The invention relates to L-shaped sheet metal parts 21 with an angled longitudinal...

BFT 02/2016