Both pulsation and mass loss are commonly observed in stars and are important ingredients for understanding stellar evolution and structure, especially for massive stars. There is a growing body of evidence that pulsation can also drive and enhance mass loss in massive stars and that pulsation-driven mass loss is important for stellar evolution. In this review, I will discuss recent advances in understanding pulsation-driven mass loss in massive main-sequence stars, classical Cepheids and red supergiants and present some challenges remaining
Mass-loss rates are one of the most relevant parameters determining the evolution of massive stars. ...
Pulsations driven by partial ionization of hydrogen in the envelope are often considered important f...
Evolution with moderate mass loss has been investigated for hydrogen-burning stars whose mass exceed...
Both pulsation and mass loss are commonly observed in stars and are important ingredients for unders...
Context. A longstanding challenge for understanding classical Cepheids is the Cepheid mass discrepan...
Massive stars are characterized by a large radiation over gaz pressure ratio and a large temperature...
Context. Blue supergiant stars are known to display photometric and spectroscopic variability that i...
I investigate the discrepancy between the evolution and pulsation masses for Cepheid variables. A nu...
Mass-loss by red giants is an important process to understand the final stages of stellar evolution ...
Massive stars are characterized by a large radiation over gas pressure ratio. With increasing stella...
Massive stars are important metal factories which provide energy and chemical feedback to their surr...
Mass-loss rates during the red supergiant phase are very poorly constrained from an observational or...
Recent stellar evolution models show consistently that very massive metal-free stars evolve into red...
The mass loss rates of red supergiants (RSGs) govern their evolution towards supernova (SN) and dict...
Context. The post-main-sequence evolution of massive stars is very sensitive to many parameters of t...
Mass-loss rates are one of the most relevant parameters determining the evolution of massive stars. ...
Pulsations driven by partial ionization of hydrogen in the envelope are often considered important f...
Evolution with moderate mass loss has been investigated for hydrogen-burning stars whose mass exceed...
Both pulsation and mass loss are commonly observed in stars and are important ingredients for unders...
Context. A longstanding challenge for understanding classical Cepheids is the Cepheid mass discrepan...
Massive stars are characterized by a large radiation over gaz pressure ratio and a large temperature...
Context. Blue supergiant stars are known to display photometric and spectroscopic variability that i...
I investigate the discrepancy between the evolution and pulsation masses for Cepheid variables. A nu...
Mass-loss by red giants is an important process to understand the final stages of stellar evolution ...
Massive stars are characterized by a large radiation over gas pressure ratio. With increasing stella...
Massive stars are important metal factories which provide energy and chemical feedback to their surr...
Mass-loss rates during the red supergiant phase are very poorly constrained from an observational or...
Recent stellar evolution models show consistently that very massive metal-free stars evolve into red...
The mass loss rates of red supergiants (RSGs) govern their evolution towards supernova (SN) and dict...
Context. The post-main-sequence evolution of massive stars is very sensitive to many parameters of t...
Mass-loss rates are one of the most relevant parameters determining the evolution of massive stars. ...
Pulsations driven by partial ionization of hydrogen in the envelope are often considered important f...
Evolution with moderate mass loss has been investigated for hydrogen-burning stars whose mass exceed...