MT-1620 al.2002 or write or @=kq If compare this with g=cQ k=C ]-[] inverse matrix Note: Had a similar situation in the continuum case elasticity compliance (stiffness) (flexibility) . >Look at the physical Interpretations Paul A Lagace @2001 Unit 21-12MIT - 16.20 or write: { } Qi = [ ] kij { } qj or: Q = k q ~ ~ ~ If compare this with: q = C Q ~ ~ ~ ⇒ k = C-1 ~~ Fall, 2002 [ ]−1 k[ ]ij = Cij inverse matrix Note: Had a similar situation in the continuum case: E = S-1 ~~ elasticity compliance (stiffness) (flexibility) --> Look at the Physical Interpretations: Paul A. Lagace © 2001 Unit 21 - 12