[HHCT] Heat of Hydration Analysis Control

    "HHCT": {
        "FINAL_STAGE": {
            "__DESC__": "Final Stage",
            "__TYPE__": "Bool"
        },
        "STAGE_NAME": {
            "__DESC__": "Stage Name",
            "__TYPE__": "String"
        },
        "THETA": {
            "__DESC__": "Integration Factor",
            "__TYPE__": "Real"
        },
        "INIT_TEMP": {
            "__DESC__": "Initial Temperature",
            "__TYPE__": "Real"
        },
        "EVAL": {
            "__DESC__": "Element Stress Evaluation",
            "__TYPE__": "String"
        },
        "OPT_USE_EQUI_AGE": {
            "__DESC__": "Use Equivalent Age",
            "__TYPE__": "Bool"
        },
        "OPT_INCL_SELF_WEIGHT": {
            "__DESC__": "Include Self Weight",
            "__TYPE__": "Bool"
        },
        "SELF_WEIGHT_FACTOR": {
            "__DESC__": "Self Weight Factor",
            "__TYPE__": "Real"
        },
        "OPT_IS_CREEP_SHRINKAGE": {
            "__DESC__": "Is Creep & Shrinkage",
            "__TYPE__": "Bool"
        },
        "ITEM": {
            "__DESC__": "Creep & Shrinkage",
            "__TYPE__": {
                "OPT_USE_CREEP_SHRINKAGE": {
                    "__DESC__": "Use Creep & Shrinkage",
                    "__TYPE__": "Bool"
                },
                "TYPE": {
                    "__DESC__": "Type",
                    "__TYPE__": "String"
                },
                "CREEP_CALC_METHOD": {
                    "__DESC__": "Creep Calculation Method",
                    "__TYPE__": "Integer"
                },
                "M_GENERAL": {
                    "__DESC__": "Method : General",
                    "__TYPE__": {
                        "ITER": {
                            "__DESC__": "Number of Iterations",
                            "__TYPE__": "Integer"
                        },
                        "TOL": {
                            "__DESC__": "Tolerance",
                            "__TYPE__": "Real"
                        }
                    }
                },
                "M_EFF_MOD": {
                    "__DESC__": "Method : Effective Modulus",
                    "__TYPE__": {
                        "PHI1": {
                            "__DESC__": "Phi1",
                            "__TYPE__": "Real"
                        },
                        "DAY1": {
                            "__DESC__": "Day1",
                            "__TYPE__": "Integer"
                        },
                        "PHI2": {
                            "__DESC__": "Phi2",
                            "__TYPE__": "Real"
                        },
                        "DAY2": {
                            "__DESC__": "Day1",
                            "__TYPE__": "Integer"
                        }
                    }
                }
            }
        }
    }

Introduce Input Data Symbols

API - Value Type		Input Data

API - Value Type	Input Data
Integer	🔴	Essential
String	❌	Unnecessary
Boolean	🔺	Optional
Real

The required Input Data for defining Heat of Hydration Analysis Control

NO.	Name	API - Key	API - Value Type	Default	Heat of Hydration

NO.	Name	API - Key	Default	Heat of Hydration
1	Heat of Hydration Analysis Control 1	“KEY”		🔴
2	Final Stage	"FINAL_STAGE"	FALSE	🔺
3	Other Stage Name	"STAGE_NAME"		🔺
4	Integration Factor	"THETA"	0	🔺
5	Initial Temperature	"INIT_TEMP"	0	🔺
6	Element Stress Evaluation Center : "CENTER" Gauss : "GAUSS" Nodal Point : "NODAL"	"EVAL"	"CENTER"	🔺
	Creep & Shrinkage Option
7	Creep & Shrinkage Option	"OPT_IS_CREEP_SHRINKAGE"	FALSE	🔺
8	Creep & Shrinkage	"ITEM"		🔴
9	Use Creep & Shrinkage	"OPT_USE_CREEP_SHRINKAGE"		❌
10	Creep : "CREEP" Shrinkage : "SHRINK" Creep & Shrinkage : “BOTH”	"TYPE"	"CREEP"	🔺
11	Creep Calculation Method General : 0 Effective Modulus : 1	"CREEP_CALC_METHOD"		🔴
12	Convergence for Creep Iteration (Method : General)	"M_GENERAL"		🔺
13	Number of Iterations	"ITER"	0	🔺
14	Tolerance	"TOL"	0	🔺
15	Factors for Effective Modulus (Method : Effective Modulus)	"M_EFF_MOD"		🔴
16	Phi1	"PHI1"		🔴
17	Day1	"DAY1"		🔴
18	Phi2	"PHI2"		🔴
19	Day1	"DAY2"		🔴
	Additional Option
20	Use Equivalent Age by Time & Temperature	"OPT_USE_EQUI_AGE"	FALSE	🔺
21	Include Selfweight Load	"OPT_INCL_SELF_WEIGHT"	FALSE	🔺
22	Self Weight Factor	"SELF_WEIGHT_FACTOR"	0	🔺

The JSON format example for inputting Heat of Hydration Analysis Control

    "HHCT": {
        "1": {
            "FINAL_STAGE": true,
            "STAGE_NAME": "",
            "THETA": 1.0,
            "INIT_TEMP": 20.0,
            "EVAL": "NODAL",
            "OPT_USE_EQUI_AGE": true,
            "OPT_INCL_SELF_WEIGHT": true,
            "SELF_WEIGHT_FACTOR": -1.0,
            "OPT_IS_CREEP_SHRINKAGE": true,
            "ITEM": {
                "TYPE": "BOTH",
                "CREEP_CALC_METHOD": 0,
                "M_GENERAL": {
                    "ITER": 30,
                    "TOL": 0.001
                }
            }
        }
    }