Based on the researches at home and abroad

a tentative framework on performance-based wind-resistant design theory is proposed in this paper.Four kinds of wind pressure fortification levels（weak wind-pressure

middle wind-pressure

strong wind-pressure and super-strong wind-pressure） are proposed.Human body’s vibration comfort is suggested to be divided into six kinds of vibration ranks（without vibration sense

mild vibration sense

middling vibration sense

annoyance

super annoyance and unable tolerance） and three kinds of vibration levels（vibration level correlate with human’s general life

with human’s general work and with human’s physical health）.Four states of structural performance level（performance health

performance sub-health

performance ill-health and performance loss） were divided according to performance demands of different buildings

and human body’s vibration comfort

and five ranks of structural performance objective（A

B

C

D and E） are proposed.General principles of structural wind-resistant conceptual design and calculation are suggested and basic matters of safety evaluation and socioeconomic evaluation are advised.