Materials Algorithms Project
Program Library

Subroutine MAP_STEEL_RWELD2

Provenance of code.
Purpose of code.
Specification.
Description of subroutine's operation.
References.
Parameter descriptions.
Error indicators.
Accuracy estimate.
Any additional information.
Example of code
Auxiliary subroutines required.
Keywords.
Download source code.
Links.

Provenance of Source Code

H.K.D.H. Bhadeshia,
Phase Transformations Group,
Department of Materials Science and Metallurgy,
University of Cambridge,
Cambridge, U.K.

Top | Next

Purpose

To calculate the weight percent of nitrogen, boron and oxygen in a steel weld.

Top | Next | Prev

Specification

Language:	FORTRAN
Product form:	Source code

SUBROUTINE MAP_STEEL_RWELD2(NITWT,NITPPM,BPPM,BWT,
& OXYPPM,OXYWT,HEAT,CURR,J1,AC,IDIL)

DOUBLE PRECISION AC(8), NITPPM, CURR, NITWT,BWT,OXYWT,BPPM,
& OXYPPM, HEAT

INTEGER IDIL,J1

Top | Next | Prev

Description

None supplied.

Top | Next | Prev

References

None supplied.

Top | Next | Prev

Parameters

Input parameters

NITPPM - real: NITPPM is the number of parts per million of nitrogen present. If this is unknown, set NITPPM to zero and it will be calculated by the routine.
BPPM - real: BPPM is the number of parts per million of boron present.
OXYPPM - real: OXYPPM is the number of parts per million of oxyger present.
AC - real array of dimension 8
IDIL - integer: IDIL = 1 for a low dilution weld, IDIL = 2 for a high dilution weld.