# Profile decomposition of Struwe-Solimini for manifolds with bounded geometry

## TL;DR

This paper generalizes the Struwe profile decomposition to Sobolev spaces on Riemannian manifolds with bounded geometry, providing a structured way to analyze bounded sequences in these spaces.

## Contribution

It constructs a profile decomposition for arbitrary sequences in Sobolev spaces on manifolds with bounded geometry, extending Struwe's classical result.

## Key findings

- Profiles are asymptotically disjoint in support
- Decomposition applies to any bounded sequence in Sobolev space
- Generalizes known Euclidean results to manifolds with bounded geometry

## Abstract

For many known non-compact embeddings of two Banach spaces $E\hookrightarrow F$, every bounded sequence in $E$ has a subsequence that takes form of a \emph{profile decomposition} - a sum of clearly structured terms with asymptotically disjoint supports plus a remainder that vanishes in the norm of $F$. In this paper we construct a profile decomposition for arbitrary sequences in the Sobolev space $H^{1,2}(M)$ of a Riemannian manifold with bounded geometry, relative to the embedding of $H^{1,2}(M)$ into $L^{2^*}(M)$, generalizing the well-known profile decomposition of Struwe to the case of any bounded sequence and a non-compact manifold.