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diff --git a/ppohFEM/src/solver/matrix/hecmw_mat_ass.f90 b/ppohFEM/src/solver/matrix/hecmw_mat_ass.f90
index dda6a62..6010d6d 100644
--- a/ppohFEM/src/solver/matrix/hecmw_mat_ass.f90
+++ b/ppohFEM/src/solver/matrix/hecmw_mat_ass.f90
@@ -322,7 +322,7 @@ module hecmw_matrix_ass
subroutine hecmw_mat_ass_bc(hecMAT, inode, idof, RHS, conMAT)
type (hecmwST_matrix) :: hecMAT
integer(kind=kint) :: inode, idof
- real(kind=kreal) :: RHS
+ real(kind=kreal) :: RHS, tmp
type (hecmwST_matrix),optional :: conMAT
integer(kind=kint) :: NDOF, in, i, ii, iii, ndof2, k, iS, iE, iiS, iiE, ik
@@ -338,13 +338,13 @@ module hecmw_matrix_ass
DO i = NDOF-1,0,-1
IF( i .NE. NDOF-idof ) THEN
+ tmp = hecMAT%D(ndof2*inode-ii)*RHS
!$omp atomic
- hecMAT%B(NDOF*inode-i) = hecMAT%B(NDOF*inode-i) &
- - hecMAT%D(ndof2*inode-ii)*RHS
+ hecMAT%B(NDOF*inode-i) = hecMAT%B(NDOF*inode-i) - tmp
if(present(conMAT)) then
+ tmp = conMAT%D(ndof2*inode-ii)*RHS
!$omp atomic
- conMAT%B(NDOF*inode-i) = conMAT%B(NDOF*inode-i) &
- - conMAT%D(ndof2*inode-ii)*RHS
+ conMAT%B(NDOF*inode-i) = conMAT%B(NDOF*inode-i) - tmp
endif
ENDIF
ii = ii - NDOF
@@ -393,14 +393,14 @@ module hecmw_matrix_ass
if (hecMAT%itemU(ik) .eq. inode) then
iii = ndof2 - idof
DO i = NDOF-1,0,-1
+ tmp = hecMAT%AU(ndof2*ik-iii)*RHS
!$omp atomic
- hecMAT%B(NDOF*in-i) = hecMAT%B(NDOF*in-i) &
- - hecMAT%AU(ndof2*ik-iii)*RHS
+ hecMAT%B(NDOF*in-i) = hecMAT%B(NDOF*in-i) - tmp
hecMAT%AU(ndof2*ik-iii)= 0.d0
if(present(conMAT)) then
+ tmp = conMAT%AU(ndof2*ik-iii)*RHS
!$omp atomic
- conMAT%B(NDOF*in-i) = conMAT%B(NDOF*in-i) &
- - conMAT%AU(ndof2*ik-iii)*RHS
+ conMAT%B(NDOF*in-i) = conMAT%B(NDOF*in-i) - tmp
conMAT%AU(ndof2*ik-iii)= 0.d0
endif
iii = iii - NDOF
@@ -432,14 +432,14 @@ module hecmw_matrix_ass
iii = ndof2 - idof
DO i = NDOF-1, 0, -1
+ tmp = hecMAT%AL(ndof2*ik-iii)*RHS
!$omp atomic
- hecMAT%B(NDOF*in-i) = hecMAT%B(NDOF*in-i) &
- - hecMAT%AL(ndof2*ik-iii)*RHS
+ hecMAT%B(NDOF*in-i) = hecMAT%B(NDOF*in-i) - tmp
hecMAT%AL(ndof2*ik-iii) = 0.d0
if(present(conMAT)) then
+ tmp = conMAT%AL(ndof2*ik-iii)*RHS
!$omp atomic
- conMAT%B(NDOF*in-i) = conMAT%B(NDOF*in-i) &
- - conMAT%AL(ndof2*ik-iii)*RHS
+ conMAT%B(NDOF*in-i) = conMAT%B(NDOF*in-i) - tmp
conMAT%AL(ndof2*ik-iii) = 0.d0
endif
iii = iii - NDOF
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