[TDME] Compressive Strength

POST, GET, PUT {{Base Url}}/db/tdme

    "TDME": {
        "NAME": {
            "__DESC__": "Material Name",
            "__TYPE__": "String"
        },
        "TYPE": {
            "__DESC__": "Code or User Type",
            "__TYPE__": "String"
        },
        "CODENAME": {
            "__DESC__": "Code Name",
            "__TYPE__": "String"
        },
        "STRENGTH": {
            "__DESC__": "Compression Strength",
            "__TYPE__": "Real"
        },
        "A": {
            "__DESC__": "Factor A",
            "__TYPE__": "Real"
        },
        "B": {
            "__DESC__": "Factor B",
            "__TYPE__": "Real"
        },
        "D": {
            "__DESC__": "Factor D",
            "__TYPE__": "Real"
        },
        "iCTYPE": {
            "__DESC__": "Cement Type",
            "__TYPE__": "Integer"
        },
        "bUSE": {
            "__DESC__": "Use Concrete Data",
            "__TYPE__": "Bool"
        },
        "TENS_STRN_FACTOR": {
            "__DESC__": "Tensile Strength Factor",
            "__TYPE__": "Real"
        },
        "iECTYPE": {
            "__DESC__": "Elastic Cement Type",
            "__TYPE__": "Integer"
        },
        "CMETH": {
            "__DESC__": "CuringMeth",
            "__TYPE__": "Integer"
        },
        "CTYPE": {
            "__DESC__": "Concrete Type",
            "__TYPE__": "Integer"
        },
        "MAXS": {
            "__DESC__": "Max Size",
            "__TYPE__": "Real"
        },
        "PZ": {
            "__DESC__": "P-z",
            "__TYPE__": "Integer"
        },
        "nAGGRE": {
            "__DESC__": "AggreType",
            "__TYPE__": "Integer"
        },
        "DENSITY": {
            "__DESC__": "Density",
            "__TYPE__": "Real"
        },
        "SCALE": {
            "__DESC__": "Scale Factor",
            "__TYPE__": "Real"
        },
        "aDATA": {
            "__DESC__": "Func Data",
            "__TYPE__": [
                {
                    "TIME": {
                        "__DESC__": "Day",
                        "__TYPE__": "Real"
                    },
                    "COMP": {
                        "__DESC__": "Compression",
                        "__TYPE__": "Real"
                    },
                    "TENS": {
                        "__DESC__": "Tensile",
                        "__TYPE__": "Real"
                    },
                    "ELAST": {
                        "__DESC__": "Elastic",
                        "__TYPE__": "Real"
                    }
                }
            ]
        }
    }

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 Comp. Strength (Common Item)

NO.	Name	API - Key	API - Value Type	Default	Code	User

NO.	Name	API - Key	Code
1	Comp. Strength No.	"KEY"	🔴
2	Material Name	"NAME"	🔴
3	Code : "CODE" User : "USER"	"TYPE"	🔴
	Code Type
4	Code Name	"CODENAME"
5	Compression Strength	"STRENGTH"
6	Factor A	"A"
7	Factor B	"B"
8	Cement Type	"iCTYPE"
	KDS-2016 Code only
9	Density	"DENSITY"
	CEB-FIP(2010) Code only
10	AggreType Basalt, dense limeston : 0 Quartzite : 1 Limestone : 2 Sandstrone : 3	"nAGGRE"
	Japan(Elastic) Code only
11	Elastic Cement Type Normal Type : 0 Rapid Type : 1	"iECTYPE"
	Japan(Hydration) Code only
12	Factor D	"D"
13	Use Concrete Data	"bUSE"
14	Tensile Strength Factor	"TENS_STRN_FACTOR"
	Russian Code only
15	Curing Method Netural cure : 0 Steam cure : 1	"CMETH"
16	Concrete Type Heavy concrete : 0 Fine-grained concrete : 1	"CTYPE"
17	Max Size	"MAXS"
18	P-z	"PZ"
	User Type
19	Scale Factor	"SCALE"	🔺
20	Func Data	"aDATA"	🔺
21	Day	"TIME"	🔺
22	Compression	"COMP"	🔺
23	Tensile	"TENS"	🔺
24	Elastic	"ELAST"	🔺

The required Input Data for defining Comp. Strength (Design Code Specifications)

No.	Code	"CODENAME"	"STRENGTH"	"iCTYPE"	"iECTYPE"	"DENSITY"	"A"	"B"	"D"	"nAGGRE"	"bUSE"	"TENS_STRN_FACTOR"	"CMETH"	"CTYPE"	"MAXS"	"PZ"

No.	Code	"CODENAME"	"STRENGTH"	"iCTYPE"	"iECTYPE"	"DENSITY"	"A"	"B"	"D"	"nAGGRE"	"bUSE"	"TENS_STRN_FACTOR"	"CMETH"	"CTYPE"	"MAXS"	"PZ"
1	KDS-2016	"KDS-2016"	🔴	🔴		🔴
2	KCI-USD12	"KCI-USD12"	🔴	🔴
3	Korean Standard	"Korean Standard"	🔴				🔴	🔴
4	ACI	"ACI"	🔴				🔴	🔴
5	CEB-FIP(2010)	"CEB-FIP(2010)"	🔴	🔴						🔴
6	CEB-FIP(1990)	"CEB-FIP(1990)"	🔴	🔴
7	CEB-FIP(1978)	"CEB-FIP(1978)"	🔴
8	Ohzagi	"Ohzagi"	🔴	🔴
9	Japan(Hydration)	"Japan(hydration)"	🔴				🔴	🔴	🔴		🔴	🔴
10	Japan(Elastic)	"Japan(elastic)"	🔴		🔴
11	INDIA(IRC:18-2000)
12	INDIA(IRC:112-2011)	"INDIA(IRC:112-2011)"	🔴	🔴
13	European	"EUROPEAN"	🔴	🔴
14	AS 5100.5-2017	"AS 5100.5-2017"	🔴
15	AS 5100.5-2016	"AS 5100.5-2016"	🔴
16	AS/RTA 5100.5-2011	"AS/RTA 5100.5-2011"	🔴
17	AS 3600-2009	"AS 3600-2009"	🔴
18	Russian	"RUSSIAN"	🔴	🔴									🔴	🔴	🔴	🔴

No.	Code	Cement Type	"iCTYPE"

No.	Code	Cement Type	"iCTYPE"
1	KDS-2016	N,R_moist cured : 0.35	1
		N,R_steam cured : 0.15	2
		RS_moist cured : 0.25	3
		RS_steam cured : 0.12	4
		SL : 0.40	5
2	KCI-USD12	N,R_moist cured : 0.35	1
		N,R_steam cured : 0.15	2
		RS_moist cured : 0.25	3
		RS_steam cured : 0.12	4
		SL : 0.40	5
5	CEB-FIP(2010)	42.5 R, 52.5 N, 52.5 R : 0.20	1
		32.5 R, 42.5 N : 0.25	2
		32.5 N : 0.38	3
6	CEB-FIP(1990)	RS : 0.2	1
		N, R : 0.25	2
		SL : 0.38	3
8	Ohzagi	RS	1
		N, R	2
		SL	3
		Fly-ash	4
12	INDIA(IRC:112-2011)	Slow Setting cement	1
		Normal cement	2
		Rapid hardening cement	3
13	European	Class R : 0.20	1
		Class N : 0.25	2
		Class S : 0.38	3
18	Russian	Normal	1
		Fasr-hardened	2
		Slag	3
		Pozzolan	4

The JSON format example for inputting Comp. Strength

{
    "Assign": {
        "1": {
            "NAME": "TDME name",
            "TYPE": "CODE",
            "CODENAME": "KDS-2016",
            "STRENGTH": 35.0,
            "iCTYPE": 2,
            "DENSITY": 2500.0
        }
    }
}

{
    "Assign": {
        "1": {
            "NAME": "TDME name",
            "TYPE": "CODE",
            "CODENAME": "CEB-FIP(2010)",
            "STRENGTH": 35.0,
            "iCTYPE": 1,
            "nAGGRE": 0
        }
    }
}