Publisher Summary Prospects for numerical analysis of interaction between fluid flow and structural vibration research needs in the emerging field of computational wind engineering (CWE) are driven in large part by the wind engineering requirements of the structural engineering community. This includes efforts to accurately simulate, aerodynamically tailor and/or control the structural motions that result from the wind. The prospect of practically applying the results of numerical simulations of fluid flows about bluff body analogues of flexible, vibrating civil structures was examined and discussed during in a workshop held specifically for this purpose during the CWE92, Symposium, University of Tokyo, August, 1992. Progresses of CWE were demonstrated by individual workshop participants who summarized their views on the future prospect. Three themes or key issues came to the forefront during panel discussions after workshop presentations: (1) CWE as a possible tool in structural design practice, (2) accuracy and reliability of the numerical solutions, and (3) the role of experiment and wind tunnel testing in CWE.