![]() I had a simiar problem report like yours where Autopano Tour was involved. If you have specified the URL to the pano.swf (krpano.swf) in the WP administration dialogs then this is how I am using it. I tried among bunch of other syntax that one: May you confirm exact syntax to use ? as explanations on wordpress website are not enough detailed ! ![]() Now if I try to include it in a post, whatever how I indicate path to xml file, I always get an I/O error on pano.xml file in post in WP. I uploaded on my website my pano.swf (krpano.file) with licence embedded in it, pano.xml file and subdirectory with all pictures used by KRPano. J.Just discovered your great plugin but have been completely unable to get it working :( Jamieson, R., Hacker, H.: Direct slicing of CAD models for rapid prototyping. ĭutta, D., Prinz, F., Rosen, D., Weiss, L.: Layered manufacturing: current status and future trends. Kulkarni, P., Marsan, A., Dutta, D.: Review of process planning techniques in layered manufacturing. Xiaomao, H., Chunsheng, Y., Yongjun, H.: Tool path planning based on endpoint build-in optimization in rapid prototyping. ![]() In: 2010 International Conference on Mechanic Automation and Control Engineering, MACE 2010, pp. Huang, J., Shi, Y., Lu, L., Fan, D., Zhang, Y.: High-speed welding based on consumable DE-GMAW. 34(10), 741–754 (2002)Īiyiti, W., Xiang, J., Zhang, L., Chen, R.: Study on the veritable parameters filling method of plasma arc welding based rapid prototyping. Hur, J., Lee, K., Zhu-Hu, K.J.: Hybrid rapid prototyping system using machining and deposition. ![]() Song, Y., Park, S., Choi, D., Jee, H.: 3D welding and milling: Part I-a direct approach for freeform fabrication of metallic prototypes. Zhang, Y., Chen, Y., Li, P., Male, A.: Weld deposition-based rapid prototyping: a preliminary study. Zhang, Y., Li, P., Chen, Y., Male, A.: Automated system for welding-based rapid prototyping. Zhu, S., Li, C., Shen, C., Liu, J.: Microstructure and micro mechanical property of part formed by GMAW surfacing rapid prototyping. Įvstigneev, A., Odinokov, V., Sviridov, A., Dmitriev, E., Petrov, V.: Theoretical prediction of crack formation in axisymmetric multilayer shell molds. Sviridov, A., Odinokov, V., Dmitriev, E., Evstigneev, A., Bashkov, O.: Numerical simulation of stress-strain state of electrophoretic shell molds. Recommendations are given on the selection of a specific surfacing technique. The impact of welding torch weave on the geometry, structure, and properties of the welding beads is identified. Originality/value: Rectangular shapes are obtained by layer-by-layer growth with automatic arc surfacing on a steel plate using various techniques. The main results of metallographic and microhardness tests are listed. Preparation and analysis of metallographic specimens and the equipment used are described. The layer-by-layer surfacing technique, various surfacing processes, and selection of the conditions are reviewed. The microstructure was studied using the Nikon MA200 metallographic microscope Vickers hardness was measured with the Shimadzu HMV-2 microhardness tester at the indentations with a spacing of 0.5 mm, with each one placed at the center of the rollers with a load of 1.961 N ≈ 0.2 kg.įindings: The article describes the study of metal product fabrication (growth) by the layer-by-layer surfacing technique. The coupons were prepared for microstructure testing with the EcoMet 250 Pro grinder and polisher machine. The shapes obtained by layer-by-layer surfacing were evaluated by geometry and the analysis of microhardness and microstructure in the wall cross section. During surfacing, the welding torch weave pattern was generated by the G codes. Purpose: This project aims to determine the additive technology parameters for automatic arc surfacing and their impact on the metal structure and properties in a product.ĭesign /methodology/approach: Automatic gas-shielded arc surfacing was performed with a modified 3D plasma cutting gantry machine controlled by the Mach 3 software.
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