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Designing and realizing various magnetization textures in magneticnanostructures are essential for developing novel magnetic nanodevices inmodern information industry. Among all these textures, planar transverse domainwalls (pTDWs) are the simplest and the most basic, which make them popular indevice physics. In this work, we report the engineering of pTDWs with arbitrarytilting attitude in biaxial magnetic nanostrips by transverse magnetic fieldprofiles with uniform orientation but tunable strength distribution. Bothstatics and axial-field-driven dynamics of these pTDWs are analyticallyinvestigated. It turns out that for statics these pTDWs are robust againdisturbances which are not too abrupt, while for dynamics it can be tailored toacquire higher velocity than Walker's ansatz predicts. These results shouldprovide inspirations for designing magnetic nanodevices with novelone-dimensional magnetization textures, such as 360$^\circ$ walls, or eventwo-dimensional ones, for example vortices, skyrmions, etc.

Engineering planar transverse domain walls in biaxial magnetic nanostrips by tailoring transverse magnetic fields with uniform orientation