Title MORTISE TENON PILLAR This function calculates the compression perpendicular to the grain, in a mortise tenon joint, generated by a pillar on a sleeper, for construction to Eurocode 5 and CTE SE-M standards. `/MortiseTenonPillar/api?Nd=21&b=21&hprime=21&bprime=21&lprime=21&a1=21&a2=21&l1=21&h=21&Continuous=true&s=C14&service=1&LoadDuration=P&gammaM=1.3&format=json` `GET` Required: `Nd =[Integer]` Is the design axial force of the pillar in Newtons (N) example: Fd=14752 `b =[Integer]` Width measured in millimeters(mm) example: b=90 `hprime =[Integer]` Depth measured in millimeters (mm) example: hprime=21 `lprime =[Integer]` Is the length of the mortise measured in millimeters (suggestion hprime*4/5) (mm) example: lprime=21 `a1 =[Integer]` Increased contact length at each side by 30mm, but not more than a, l or l1/2. The system considered the minimum of these values. Measured in millimeters (mm). example: a1=0 `a2 =[Integer]` Increased contact length at each side by 30mm, but not more than a, l or l1/2. The system considered the minimum of these values. Measured in millimeters (mm). example: a2=0 `l1 =[Integer]` Distance between contact areas measured in millimeters (mm). example: l1=21 `h =[Integer]` Depth measured in millimeters (mm) example: h=21 `continous =[true|false]` Design parameter. Introduce true or false for continuous support to continuous design or discrete design, respectively. example: continous=true `s=[StrengthValue]` The alpha-numeric code of the strength classes. A value from the next lists: Softwood: C14, C16, C18, C20, C22, C24, C27, C30, C35, C40, C45 or C50. Hardwood: D18, D24, D30, D35, D40, D50, D60 or D70 Homogenous Glue Laminated: GL20h, GL22h, GL24h, GL26h, GL28h or GL30h Combined Glue Laminated: GL20c, GL22c, GL24c, GL26c, GL28c or GL30c example: s=C14 `service =[1|2|3]` The service class is indicated by introducing the number of the corresponding service class, 1, 2 or 3 example: service=1 `LoadDuration =[I|S|M|L|P]` Load duration is indicated by introducing one of the following parameters : I, S,M L or P example: LoadDuration=P `gammaM =[float]` Partial factor for material properties, also accounting for model uncertainties and dimensional variations. This input is a number. example: gammaM=1.3 `format=[xml|json]` Choose the language you wish the output to be in. Indicate either json or xml. example: format=json Example: Code: 200 Example content: ` {"ID":"C14","fmk":14,"ft0k":8,"ft90k":0.4,"fc0k":16,"fc90k":2,"fvk":3,"E0mean":7,"E005":4.7,"E90mean":0.23,"Gmean":0.44,"rhok":290,"rhomean":350}` ID= Is the strength class selected. fmk= Characteristic bending strength. In N/mm2. ft0k= Characteristic tensile strength along the grain. In N/mm2. ft90k=Characteristic tensile strength perpendicular to the grain. In N/mm2. fc0k= Characteristic compressive strength along the grain. In N/mm2. fc90k= Characteristic compressive strength perpendicular to grain. In N/mm2.

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