To　predict　the　creep　behavior　of　cement　paste　and　compare　the　accuracy　of　different　prediction　models,　the　creep　modulus　of　cement　paste　was　determined　using　microindentation　test　and　the　contact　creep　modulus　of　microscopic　phases　was　obtained　using　grid　nanoindentation　test.　The　volume　fraction　of　the　phases　was　subsequently　obtained　based　on　a　series　of　microscopic　tests.　The　cement　paste　was　divided　into　two　scales　and　four　combinations　were　used　for　the　prediction　of　creep　homogenization　based　on　the　self-consistent　(SC)　and　Mori　Tanaka　methods,　respectively.　Results　show　that　the　long-term　creep　properties　of　cement　paste　are　predicted　with　high　accuracy　when　the　Mori　Tanaka　method　is　used　at　the　gel　scale　and　the　SC　method　is　used　at　the　slurry　scale.　This　study　provides　a　basis　for　selecting　an　appropriate　calculation　method　when　performing　the　creep　homogenization　of　cement-based　materials.　©　2023　Beijing　University　of　Technology.　All　rights　reserved.