A vibration damping device, comprising: a first cylindrical attachment member which is connectable to one of a vibration generating portion and a vibration receiving portion, and a second attachment member which is connectable to the other thereof; an elastic body which connects both attachment members (11, 12); and a partition member which divides a liquid chamber, in which a liquid is sealed and which is positioned within the first attachment member, into a primary liquid chamber having the elastic body as a portion of a wall surface, and into a secondary liquid chamber; wherein a limiting passage (21, 22) which communicates with the primary liquid chamber and the secondary liquid chamber is formed in the partition member; wherein the limiting passage (21, 22) includes a first limiting passage which is configured to generate resonance with respect to input of idle vibration, and a second limiting passage which is configured to generate resonance with respect to input of shake vibration; wherein a first flow regulation chamber which communicates with the primary liquid chamber and the first limiting passage, and a second flow regulation chamber which communicates with the secondary liquid chamber and the first limiting passage, are provided in the partition member; wherein the first flow regulation chamber and the second flow regulation chamber are disposed so that the first limiting passage is interposed between the first flow regulation chamber and the second flow regulation chamber in an axial direction; and wherein the first flow regulation chamber and the second flow regulation chamber communicate with each other through the first limiting passage, and the first limiting passage is provided to extend in the axial direction between the first flow regulation chamber and the second flow regulation chamber; characterized in that the first flow regulation chamber and the second flow regulation chamber are configured to convert the flow of the liquid, which flows into the first flow regulation chamber and the second flow regulation chamber during the input of the shake vibration, into a swirl flow. a first cylindrical attachment member which is connectable to one of a vibration generating portion and a vibration receiving portion, and a second attachment member which is connectable to the other thereof; an elastic body which connects both attachment members (11, 12); and a partition member which divides a liquid chamber, in which a liquid is sealed and which is positioned within the first attachment member, into a primary liquid chamber having the elastic body as a portion of a wall surface, and into a secondary liquid chamber; wherein a limiting passage (21, 22) which communicates with the primary liquid chamber and the secondary liquid chamber is formed in the partition member; wherein the limiting passage (21, 22) includes a first limiting passage which is configured to generate resonance with respect to input of idle vibration, and a second limiting passage which is configured to generate resonance with respect to input of shake vibration; wherein a first flow regulation chamber which communicates with the primary liquid chamber and the first limiting passage, and a second flow regulation chamber which communicates with the secondary liquid chamber and the first limiting passage, are provided in the partition member; wherein the first flow regulation chamber and the second flow regulation chamber are disposed so that the first limiting passage is interposed between the first flow regulation chamber and the second flow regulation chamber in an axial direction; and wherein the first flow regulation chamber and the second flow regulation chamber communicate with each other through the first limiting passage, and the first limiting passage is provided to extend in the axial direction between the first flow regulation chamber and the second flow regulation chamber; characterized in that the first flow regulation chamber and the second flow regulation chamber are configured to convert the flow of the liquid, which flows into the first flow regulation chamber and the second flow regulation chamber during the input of the shake vibration, into a swirl flow.