斯太尔系统重型载重汽车是中国重汽集团公司的主导产品,长期以来在国内重型汽车市场上一直占有着举足轻重的地位。该系统6×4及部分4×2车型安装了从国外引进技术生产的富勒变速器。该变速器有九个前进档(包括一个爬行档)和一...斯太尔系统重型载重汽车是中国重汽集团公司的主导产品,长期以来在国内重型汽车市场上一直占有着举足轻重的地位。该系统6×4及部分4×2车型安装了从国外引进技术生产的富勒变速器。该变速器有九个前进档(包括一个爬行档)和一个倒档,采用双 H 换档操纵方式。这种操纵方式比较独特,它是以压缩空气为动力,通过双 H展开更多
In recent years, the sustainable development of automatic manual transmissions (AMTs) control in vehicles is conspicuous. The control applications have grown fast and steadily due to the tremendous progress in power e...In recent years, the sustainable development of automatic manual transmissions (AMTs) control in vehicles is conspicuous. The control applications have grown fast and steadily due to the tremendous progress in power electronics components and the control software that enhance the requirements for delivering higher vehicles performance. AMTs control strategies achieve a reduction in the driveline dynamic oscillations behavior during gear shifting and clutch starting up processes. AMTs future expectations are an increase of torque capacity, more speed ratios and the development of advanced and efficient electronic control systems. This paper concerns with the progressing view of AMTs in the past, today and future, gives an overview of the potential dynamic problems concerned with AMTs and some control strategies used to solve those problems.展开更多
文摘斯太尔系统重型载重汽车是中国重汽集团公司的主导产品,长期以来在国内重型汽车市场上一直占有着举足轻重的地位。该系统6×4及部分4×2车型安装了从国外引进技术生产的富勒变速器。该变速器有九个前进档(包括一个爬行档)和一个倒档,采用双 H 换档操纵方式。这种操纵方式比较独特,它是以压缩空气为动力,通过双 H
文摘In recent years, the sustainable development of automatic manual transmissions (AMTs) control in vehicles is conspicuous. The control applications have grown fast and steadily due to the tremendous progress in power electronics components and the control software that enhance the requirements for delivering higher vehicles performance. AMTs control strategies achieve a reduction in the driveline dynamic oscillations behavior during gear shifting and clutch starting up processes. AMTs future expectations are an increase of torque capacity, more speed ratios and the development of advanced and efficient electronic control systems. This paper concerns with the progressing view of AMTs in the past, today and future, gives an overview of the potential dynamic problems concerned with AMTs and some control strategies used to solve those problems.