This project designs and creates a wave machine that simulates ocean movement to explore the principles underpinning the formation of ripples patterns. It aims to simulate the natural processes of making and yet achieves a level of accuracy and perfection that are uncontrolled by nature.
The wave machine creates waves when turbines are activated. Few minutes later, sand ripples texture underneath will occur, and will become more obvious with the lapse of time. It can creates a range of different patterns by change the speed of turbine. Then using 3D scanner easily get the 3D digital files of ripples patterns，they can apply onto different material and products.
该项目创建了一个模拟海洋运动的造浪机，以探索涟漪形成的自然规律。它旨在模拟自然力的制作过程，通过精确的人工控制，从而实现更多可能性的。当造浪机被激活时，涡轮运作会产生波浪。水底的沙床就逐渐出现涟漪纹理，随着时间的推移会变得更加明显。通过改变涡轮机的速度来创建一系列不同的纹理。最后使用三维扫描仪将涟漪纹理数字化保存下来，应用于不同的材料和产品。
This project designs and creates a wave machine that simulates ocean movement to explore the principles underpinning the formation of ripples patterns. It aims to simulate the natural processes of making and yet achieves a level of accuracy and perfection that are uncontrolled by nature.
The wave machine creates waves when turbines are activated. Few minutes later, sand ripples texture underneath will occur, and will become more obvious with the lapse of time. It can creates a range of different patterns by change the speed of turbine. Then using 3D scanner easily get the 3D digital files of ripples patterns，they can apply onto different material and products.
该项目创建了一个模拟海洋运动的造浪机，以探索涟漪形成的自然规律。它旨在模拟自然力的制作过程，通过精确的人工控制，从而实现更多可能性的。当造浪机被激活时，涡轮运作会产生波浪。水底的沙床就逐渐出现涟漪纹理，随着时间的推移会变得更加明显。通过改变涡轮机的速度来创建一系列不同的纹理。最后使用三维扫描仪将涟漪纹理数字化保存下来，应用于不同的材料和产品。
This project designs and creates a wave machine that simulates ocean movement to explore the principles underpinning the formation of ripples patterns. It aims to simulate the natural processes of making and yet achieves a level of accuracy and perfection that are uncontrolled by nature.
The wave machine creates waves when turbines are activated. Few minutes later, sand ripples texture underneath will occur, and will become more obvious with the lapse of time. It can creates a range of different patterns by change the speed of turbine. Then using 3D scanner easily get the 3D digital files of ripples patterns，they can apply onto different material and products.
该项目创建了一个模拟海洋运动的造浪机，以探索涟漪形成的自然规律。它旨在模拟自然力的制作过程，通过精确的人工控制，从而实现更多可能性的。当造浪机被激活时，涡轮运作会产生波浪。水底的沙床就逐渐出现涟漪纹理，随着时间的推移会变得更加明显。通过改变涡轮机的速度来创建一系列不同的纹理。最后使用三维扫描仪将涟漪纹理数字化保存下来，应用于不同的材料和产品。
This project designs and creates a wave machine that simulates ocean movement to explore the principles underpinning the formation of ripples patterns. It aims to simulate the natural processes of making and yet achieves a level of accuracy and perfection that are uncontrolled by nature.
The wave machine creates waves when turbines are activated. Few minutes later, sand ripples texture underneath will occur, and will become more obvious with the lapse of time. It can creates a range of different patterns by change the speed of turbine. Then using 3D scanner easily get the 3D digital files of ripples patterns，they can apply onto different material and products.
该项目创建了一个模拟海洋运动的造浪机，以探索涟漪形成的自然规律。它旨在模拟自然力的制作过程，通过精确的人工控制，从而实现更多可能性的。当造浪机被激活时，涡轮运作会产生波浪。水底的沙床就逐渐出现涟漪纹理，随着时间的推移会变得更加明显。通过改变涡轮机的速度来创建一系列不同的纹理。最后使用三维扫描仪将涟漪纹理数字化保存下来，应用于不同的材料和产品。
This project designs and creates a wave machine that simulates ocean movement to explore the principles underpinning the formation of ripples patterns. It aims to simulate the natural processes of making and yet achieves a level of accuracy and perfection that are uncontrolled by nature.
The wave machine creates waves when turbines are activated. Few minutes later, sand ripples texture underneath will occur, and will become more obvious with the lapse of time. It can creates a range of different patterns by change the speed of turbine. Then using 3D scanner easily get the 3D digital files of ripples patterns，they can apply onto different material and products.
该项目创建了一个模拟海洋运动的造浪机，以探索涟漪形成的自然规律。它旨在模拟自然力的制作过程，通过精确的人工控制，从而实现更多可能性的。当造浪机被激活时，涡轮运作会产生波浪。水底的沙床就逐渐出现涟漪纹理，随着时间的推移会变得更加明显。通过改变涡轮机的速度来创建一系列不同的纹理。最后使用三维扫描仪将涟漪纹理数字化保存下来，应用于不同的材料和产品。
Artificial Nature
Design Research
Process Design
Collaborator: Chen Sheng
Video: Wang Xueling
Sponsor: KOHLER
Artificial Nature
Design Research
Process Design
Collaborator: Chen Sheng
Video: Wang Xueling
Sponsor: KOHLER
Artificial Nature
Design Research
Process Design
Collaborator: Chen Sheng
Video: Wang Xueling
Sponsor: KOHLER
Artificial Nature
Design Research
Process Design
Collaborator: Chen Sheng
Video: Wang Xueling
Sponsor: KOHLER
Artificial Nature
Design Research
Process Design
Collaborator: Chen Sheng
Video: Wang Xueling
Sponsor: KOHLER
