Abstract: A wave generating apparatus mobile application controller and method is provided in which a mobile controller actuates a plurality of wave generating chambers in sequence using a delay between actuation of each chamber to produce a rideable wave in a pool. The mobile application controller allows the user to select the exact type of wave to be produced by the wave generator apparatus by selecting size, shape, and pattern of the wave. The application also allows the user to use a camera to photograph or record herself or someone else, even while riding a wave.

Abstract: A wave forming apparatus has a channel for containing a flow of water with an inlet end connected to a water supply, a floor, and spaced side walls, a first bed form or weir at the inlet end of the channel, and a second bed form in the channel downstream of the first bed form. Also disclosed is a wave forming apparatus has a channel for containing a flow of water, the channel having an inlet end connected to a water supply for supplying a flowing stream of water, a floor, and spaced side walls, and at least one oblique foil member adjustably mounted in the floor of the channel. The foils, weirs or bed form, form a standing wave.

Abstract: A wave forming apparatus has a channel for containing a flow of water with an inlet end connected to a water supply, a base, and spaced side walls, a first bed form or weir at the inlet end of the channel, and a second bed form in the channel downstream of the first bed form. Also disclosed is a wave forming apparatus has a channel for containing a flow of water, the channel having an inlet end connected to a water supply for supplying a flowing stream of water, a base, and spaced side walls, and at least one oblique foil member adjustably mounted in the base of the channel. The foils, weirs or bed form, form a standing wave.

Abstract: The teachings herein are directed to a wave forming apparatus and method including a channel directing a flow of water over modular forms in the bed of the channel, such as aerofoils, that can be changed, repositioned or removed to create various effects such as barrel waves for surfing. Also disclosed is a water smoothener system and method for reducing turbulence in water flowing through such an apparatus.

Abstract: The teachings herein are directed to a wave forming apparatus and method including a channel directing a flow of water over modular forms in the bed of the channel, such as aerofoils, that can be changed, repositioned or removed to create various effects such as barrel waves for surfing. Also disclosed is a water smoothener system and method for reducing turbulence in water flowing through such an apparatus.

Abstract: A wave generating apparatus and method in which a chamber is at least partially submerged beneath a body of water in a pool and is connected to a gas supply for at least partially filling the chamber with gas, displacing water in the vicinity of the chamber. A vent valve is arranged to vent gas rapidly from the chamber so that the water level in the vicinity of the chamber falls, forming a wave trough. A wave reflecting wall is positioned in the pool adjacent the chamber and in the vicinity of the wave trough formation so as to reflect the wave away from the chamber and across the body of water. The chamber may have a flexible wall for displacing water or may be a rigid chamber communicating with the water through a submerged passageway. This apparatus forms a wave trough followed by a wave peak which travels across the pool.

Abstract: The teachings herein are directed to a wave forming apparatus and method including a channel directing a flow of water over modular forms in the bed of the channel, such as aerofoils, that can be changed, repositioned or removed to create various effects such as barrel waves for surfing. Also disclosed is a water smoothener system and method for reducing turbulence in water flowing through such an apparatus.

Abstract: A wave forming apparatus has a channel for containing a flow of water, the channel having an inlet end connected to a water supply for supplying a flowing stream of water, a base, and spaced side walls, and at least one oblique foil member in the channel. The oblique foil member has a leading face extending at an oblique angle to the water stream in the channel, and a trailing, venturi face with a leading portion facing one of the side walls to form a venturi or constricted pass between the side wall and leading portion of the venturi face. The leading face, venturi face, and venturi pass together are adapted to form a standing barreling wave at the venturi pass.

Abstract: A wave forming apparatus has a channel for containing a flow of water with an inlet end connected to a water supply, a base, and spaced side walls, a first bed form or weir at the inlet end of the channel, and a second bed form in the channel downstream of the first bed form. Each bed form has an upper portion and a downwardly inclined downstream face extending from the upper portion to a trailing end. The trailing end of at least the first bed form is an extended, horizontal tail portion which extends up to an upwardly inclined leading face of the second bed form.

Abstract: A wave forming apparatus has a channel for containing a flow of water, the channel having an inlet end connected to a water supply for supplying a flowing stream of water, a base, and spaced side walls, and at least one oblique foil member adjustably mounted in the base of the channel. The oblique foil member has a leading face extending at an oblique angle to the water stream in the channel, and a trailing, venturi face with a leading portion facing one of the side walls to form a venturi or constricted pass between the side wall and leading portion of the venturi face. The leading face, venturi face, and venturi pass together are adapted to form a standing barreling wave at the venturi pass. The orientation of the oblique foil member relative to the base of the channel is adjustable in order to vary the barreling wave formation, and may be adjusted during wave formation in order move the barreling wave across the leading face.

Abstract: A wave forming apparatus has a channel for containing a flow of water with an inlet end connected to a water supply, a base, and spaced side walls, a first bed form or weir at the inlet end of the channel, and a second bed form in the channel downstream of the first bed form. Each bed form has an upper portion and a downwardly inclined downstream face extending from the upper portion to a trailing end. The trailing end of at least the first bed form is an extended, horizontal tail portion which extends up to an upwardly inclined leading face of the second bed form.

Abstract: A wave forming apparatus has a channel for containing a flow of water with an inlet end connected to a water supply, a base, and spaced side walls, a weir bed form in the base at the inlet end of the channel, and at least one additional bed form in the channel downstream of the weir. Each bed form has an upper portion and a downwardly inclined downstream face extending from the upper portion to the trailing end. A spoiler is provided at or near to the trailing end of each bed form. A primary flow path for water extends over the bed forms. The trailing end of each bed form may be an extended, flat tail.