Calculations.hpp File Reference

Provides functions for calculating the outputs. More...

#include <string>
#include "InputParameters.hpp"

Go to the source code of this file.

Functions
double	func_J_tol (InputParameters &inParams)
	Calculates tolerable stress distribution factor.
double	func_q (InputParameters &inParams)
	Calculates applied load (demand) (Pa).
double	func_q_hat (InputParameters &inParams, double q)
	Calculates dimensionless load.
double	func_q_hat_tol (InputParameters &inParams, double J_tol)
	Calculates tolerable load.
double	func_J (InputParameters &inParams, double q_hat)
	Calculates stress distribution factor (Function).
double	func_NFL (InputParameters &inParams, double q_hat_tol)
	Calculates non-factored load (Pa).
double	func_B (InputParameters &inParams, double J)
	Calculates risk of failure.
double	func_LR (InputParameters &inParams, double NFL)
	Calculates load resistance (Pa).
double	func_P_b (double B)
	Calculates probability of breakage.
bool	func_isSafeLR (double LR, double q)
	Calculates 3 second load equivalent resistance safety requirement.
bool	func_isSafePb (InputParameters &inParams, double P_b)
	Calculates probability of glass breakage safety requirement.

Detailed Description

Provides functions for calculating the outputs.

Author

Nikitha Krithnan and W. Spencer Smith

Note

Generated by Drasil v0.1-alpha

Function Documentation

func_B()

double func_B	(	InputParameters &	inParams,
		double	J )

Calculates risk of failure.

Parameters

inParams	structure holding the input values
J	stress distribution factor (Function)

Returns

risk of failure

func_isSafeLR()

bool func_isSafeLR	(	double	LR,
		double	q )

Calculates 3 second load equivalent resistance safety requirement.

Parameters

LR	load resistance (Pa)
q	applied load (demand) (Pa)

Returns

3 second load equivalent resistance safety requirement

func_isSafePb()

bool func_isSafePb	(	InputParameters &	inParams,
		double	P_b )

Calculates probability of glass breakage safety requirement.

Parameters

inParams	structure holding the input values
P_b	probability of breakage

Returns

probability of glass breakage safety requirement

func_J()

double func_J	(	InputParameters &	inParams,
		double	q_hat )

Calculates stress distribution factor (Function).

Parameters

inParams	structure holding the input values
q_hat	dimensionless load

Returns

stress distribution factor (Function)

func_J_tol()

double func_J_tol

(

InputParameters &

inParams

)

Calculates tolerable stress distribution factor.

Parameters

inParams

structure holding the input values

Returns

tolerable stress distribution factor

func_LR()

double func_LR	(	InputParameters &	inParams,
		double	NFL )

Calculates load resistance (Pa).

Parameters

inParams	structure holding the input values
NFL	non-factored load (Pa)

Returns

load resistance (Pa)

func_NFL()

double func_NFL	(	InputParameters &	inParams,
		double	q_hat_tol )

Calculates non-factored load (Pa).

Parameters

inParams	structure holding the input values
q_hat_tol	tolerable load

Returns

non-factored load (Pa)

func_P_b()

double func_P_b

(

double

B

)

Calculates probability of breakage.

Parameters

B	risk of failure

Returns

probability of breakage

func_q()

double func_q

(

InputParameters &

inParams

)

Calculates applied load (demand) (Pa).

Parameters

inParams

structure holding the input values

Returns

applied load (demand) (Pa)

func_q_hat()

double func_q_hat	(	InputParameters &	inParams,
		double	q )

Calculates dimensionless load.

Parameters

inParams	structure holding the input values
q	applied load (demand) (Pa)

Returns

dimensionless load

func_q_hat_tol()

double func_q_hat_tol	(	InputParameters &	inParams,
		double	J_tol )

Calculates tolerable load.

Parameters

inParams	structure holding the input values
J_tol	tolerable stress distribution factor

Returns

tolerable load