In　order　to　investigate　the　constitutive　model　and　damage　evolution　rule　of　hybrid　fiber　reinforced　cementitious　composites　(HFRCC),　the　damage　constitutive　model　of　specimens　mixed　with　steel-PP　and　PVA-PP　hybrid　fibers　was　studied　by　statistical　method　and　energy　method.　By　introducing　damage　variable　correction　coefficient,　the　statistical　method　was　optimized,　method　of　energy　based　on　SIR　model　and　code　for　design　of　concrete　structures　were　used　respectively　to　derive　damage　constitutive　model　and　parameters　calculation　formula.　Its　physical　meaning　was　also　discussed　and　uniaxial　compression　tests　were　conducted　to　verify　the　accuracy　of　the　model.　The　results　show　that　the　statistical　method　of　stress-strain　curve　agree　well　with　the　test　results　at　low　strain,　deviation　appears　when　strain　turns　large,　calculate　results　is　more　accurate　after　the　damage　deformation　correction　coefficient　is　introduced,　calculate　results　of　energy　method　based　on　the　SIR　model　in　high　precision　and　can　show　the　residual　stress　under　high　strain.　The　two　methods　can　be　used　to　calculate　the　compression　damage　constitutive　model　of　hybrid　fiber　concrete,　which　can　be　applied　in　engineering.　©　2019,　Materials　Review　Magazine.　All　right　reserved.