Extending the inverse receptance coupling method for prediction of tool-holder joint dynamics in milling

► A new less costly approach for predicting tool tip FRF. ► Extended inverse RCSA to identify the holder FRFs in arbitrary joint points. ► Experimental determination of the holder FRFs without separating the tool. ► The inclusion of joint parameters effect in the identified holder FRFs. ► No need for identification of joint parameters through tedious fitting methods.