V-Ray Next V4.1002 For 3ds Max 2019 (x64) Crack [Latest]

in laboratory, a water-filled cylindrical plastic bottle and pvc pipe are investigated. first, the spwv distribution of the real water-filled bottle and pipe is calculated by svd. then, the characteristic properties of the water-filled bottle and pipe are extracted. the wavefront information shows the potential possibility of the internal multiple reflections, and the wavefront reflection is investigated in free space, the plastic bottle and the pvc pipe. an amplitude estimation method is proposed to calculate width of the bottle and pipe. the results are compared with theoretical values, and the results agree well. finally, numerical simulation is done to test the water-filled crack width estimation method in the subsurface scene. the results demonstrate that the method can provide a detailed explanation of the subsurface crack width estimation and can be utilized in the engineering field.

V-Ray Next v4.1002 for 3ds Max 2019 (x64) Crack [Latest]

the wavefronts at resonant frequencies are analyzed and time intervals are calculated for the adjacent wavefronts at different resonant frequencies. therefore, the width of the water-filled plastic bottle and the pvc pipe can be estimated. the results show that the width estimation method is feasible and the results are similar to true values.

spwv distributions of water-filled cylindrical bottle and pvc pipe are calculated. the spwv distributions of water-filled plastic bottle and pvc pipe are both close to exponential distributions. then, the water-filled plastic bottle and pvc pipe with different shapes are investigated. the bottle and the pipe are positioned at different depths and the width of the bottle and pipe are estimated with different theoretical and experimental methods. according to the depth of the bottle and pipe, the bottle and pipe width estimation methods are deduced. the results indicate that the proposed method is feasible and the estimates are accurate.