Methods for Manufacturing Cement mixing structures - SAS and Designs optimized mixtures so obtained.

摘要

A method of making a mixture, including cement, water, and polymer, the proportion of which is determined by a binary optimization procedure, which produces a cement mixture with the required endurance and settlement, without test errors, including the method The following steps are taken: (a) select the ideal tolerance and residential area for cement mixing; (b) select the cement type and polymer to be used for cement mixing; (c) implement the design optimization procedure to determine the proportion of cement type;2. The mixing of polymerization and water produces the required resistance and settlement, including the following steps of optimal design: (1) determining the average size of cement and polymerization of each selenium in an empirical way; (II) empirically pack each type of cement and polymer selected; (III) select the first mix, which shall be proportioned to the type of cement and polymer selected to prevent segregation;(IV) determine the filling density of the first mixture, which shall be the proportion of cement and polymer selected to prevent segregation; (IV) determine the filling density of the first mathematical model to fill the first mixture; 1. The first mathematical model is based on the average size of diamonds and the packing density of each cement and a-gregado selected;(v) Determine the minimum water demand from the second mathematical model in order to provide an ideal measurement (VI) for the first category, determine the calculated tolerance of the first mixture according to the third mathematical model, plus the minimum water (V) determined at El Paso;(VII) compare the calculated resistance of the first mixture with that of the source; And (VIII) repeat steps (IV) - (VII) for additive mixtures formed by nominations of various cement and polymer types until the calculated resistance of the additional mixture is equal to the - seada resistance of the cement mixture, Having an additional mix type cement to polymer type ratio to avoid separating and (d) mixing the selected cement, polymer and water ratio as defined in step (VIII),In this way, a cement cough mixture with resistance and settlement is produced. The mixing of a cement, including cement, water and addition, in which the proportion of cement, a-gua and addition are determined according to an optimized anatomical procedure. In the mixing body of a cement, there are hopeful residues and settlements, without using conventional test errors, so that 2. Mix the cement through the following procedures: (a) select the resistance and residential area required for cement mixing; (b) select the cement type and polymer used for cement mixing;(c) IMPLEMENT A DESIGN OPTIMATION PROCEDURE THAT DETERMINES PROPORTIONS OF A TYPE SELECTED FROM CEMENT, ADDED AND WATER RESULTING IN THE CEMENTOUS MIXTURE THAT HAS THE DESISTED RESISTANCE AND SETTLEMENT INCLUDING THE DESIGN OPTIMATION PROCESS: i) DETERMINE THE EMPIRICAL FORM OF THE AVERAGE DIAMETER OF THE SIZE OF EACH OF THE SELECTED TYPES OF CEMENT AND ADDED; (ii) DETERMINING EMPIRICALLY A DENSITY OF PACKAGING FOR EACH OF THE SELECTED TYPES OF CEMENT AND ADDED; (iii) SELECT A FIRST MIXTURE THAT HAS PROPORTIONS OF THE SELECTED TYPE OF CEIMENT AND AGGREGATE THAT PREVENT SEGREGATION;(iv) DETERMINE OF A FIRST MATHEMATICAL MODEL A DENSITY OF PACKAGING FOR THE FIRST MIXTURE BEING BASED ON THE FIRST MATHEMATICAL MODEL IN THE DIAMETER OF THE AVERAGE SIZE AND ON THE PACKING DENSITY FOR EACH SELECTED TYPE OF CEMENT AND AGGREGATION; (v) DETERMINE FROM A SECOND MATHEMATICAL MODEL A MINIMUM AMOUNT OF WATER REQUIRED TO PROVIDE THE DESIRED SETTLEMENT TO THE FIRST MIXING; (vi) DETERMINE FROM A THIRD MATHEMATICAL MODEL A RECITED CALCULATION FOR THE FIRST MIXTURE COMBINED IN STEP (v);Compare the lime butt strength of the first ideal mixture with (VII); and (VIH) re peir step (IV) - (VII) with the step (IV) (VII) of the additive mixture formed by the proportional change of the selected cement type until the calculated tolerance of the additional mixture is equal to the desired tolerance of the mixture. Cement mix with additional proportions of cement selenium mix and binder to avoid se gregacion; and (d) mixing proportions of selected cement types,Polymer and water as defined in Clause (VIII), resulting in a cement Tosa mixture with resistance and settlement. Figure 1