  Let $k,p,q$ be three positive integers. A graph $G$ with order $n$ is said to
be $k$-placeable if there are $k$ edge disjoint copies of $G$ in the complete
graph on $n$ vertices. A $(p,\,q)$-graph is a graph of order $p$ with $q$
edges. Packing results have proved useful in the study of the complexity of
graph properties. Bollob\'{a}s et al. investigated the $k$-placeable of
$(n,\,n-2)$-graphs and $(n,\,n-1)$-graphs with $k=2$ and $k=3$. Motivated by
their results, this paper characterizes $(n,\,n-1)$-graphs with girth at least
$9$ which are $4$-placeable. We also consider the $k$-placeable of
$(n,\,n+1)$-graphs and 2-factors.
