By Helmut Kuch, Jörg-Henry Schwabe, Ulrich Palzer
The versatile use of prefabricated concrete items calls for a constantly expanding variety in regards to clean concrete combine designs and homes, moulding procedures, floor finishes and product characteristics.
This pattern imposes ever-higher standards on brands of the linked creation apparatus and on precast crops. the most aim is to enforce a versatile creation process in all processing phases. The correct correlations and interactions must be completely thought of and evaluated as a way to make sure that concrete items and precast components are synthetic to the mandatory caliber standard.
To date, no accomplished description of those correlations has been released within the suitable literature. This richly illustrated publication closes the space by way of describing the fundamental rules of the construction strategies, the basics of fabrics, the composition of the concrete combine, and the gear used for concrete construction. sincerely prepared chapters aspect the creation strategies and gear used to fabricate small concrete items, concrete pipes and manholes, and precast elements.
The authors have used their a long time of expertise within the box of precast know-how and their shut ties to the undefined. Their goal was once to combine smooth trying out and calculation tools from neighbouring disciplines into precast expertise. This contains, for example, modelling and simulation of the workability behaviour of mixes, implementation of the newest developments in laptop dynamics to the layout and engineering of creation apparatus, and using stateof-the-art measuring and automation know-how for qc reasons.
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Extra info for Manufacturing of concrete products and precast elements processes and equipment
2: Parameters of a harmonic oscillation Symbol Designation Equation Unit Value from Fig. 81 m2 s The behaviour over time can be used to make further distinctions beyond purely harmonic oscillation: – periodic oscillation (Fig. 20a) and – non-periodic oscillation (Fig. 20b). e. 7) In all other cases, a non-periodic oscillation should be assumed. Non-periodic oscillation is often superimposed by shock-like processes and plays a major role in processes and equipment in the precast concrete industry.
1 Process Fundamentals Fig. 27: Parameter classes in pipe production Internal compaction parameters Internal compaction parameters are thus physical parameters that cause compaction of a concrete unit. This unit is located within the mix. Only the physical parameters that occur on the element edges are relevant to the compaction of the precast unit. These parameters result from external forces and their subsequent transmission within the concrete. For instance, internal compaction parameters can be used to explain differences in compaction within a single structural element.
1 Process Fundamentals Fig. 5) Both the angular and oscillation frequencies are expressed as s-1. To distinguish between the two, Hz is used as a unit for the frequency of oscillation: 1 Hz = 1 oscillation per second. 7) On the basis of Fig. 2. 2: Parameters of a harmonic oscillation Symbol Designation Equation Unit Value from Fig. 81 m2 s The behaviour over time can be used to make further distinctions beyond purely harmonic oscillation: – periodic oscillation (Fig. 20a) and – non-periodic oscillation (Fig.