![]() ![]() When I try to run setup.exe (with wine), I get the following error message: Trying to load PE image for unsupported architecture (AMD-64) err:module:importdll Loading library faultrep.DLL (which is needed by L'H: setup.exe') failed (error c000007b). So now I'm not sure if the error messages I get when trying to play the game under Wine are linked to copy protection problems too.:cool. As a result, since at the moment I'm back to having to play the game using my XP VMware image, I find that one CD-drive it recognises most of the time, while the second one I keep getting Securom error messages. As an aside, I've also been reading that the Securom copy protection has been causing problems even for folk using Windows as it doesn't always seem to recognise CD-drives. I'd be interested to hear how people get on using the game with the no-CD patch (and where they get the patch from) as I've read on the SI Forums that it affects gameplay (weird transfer prices etc). The open partial melting defect is effectively restrained, the porosity of the deposited sample is reduced, and crack defects are to the OP's first post the game should just run under Wine, he doesn't mention needing a no-CD patch. ![]() The experimental process data and metallographic analysis results of the sample show that the combined heating process not only improves the energy input in the deposition process, but also reduces the temperature gradient between the deposited sample and the substrate, improves the laser absorption rate of the substrate, increases the size of the deposition channel and molten pool, reduces the surface roughness of the sample, and enhances the interlayer remelting, A more uniform macro shape contour is obtained. By comparing the processing experiments of thin-walled wall samples under different auxiliary heating process conditions, the influence of auxiliary heating process parameters on the geometry, microstructure, microhardness, and defects of the sample is revealed. Through an experiment on the influence of the auxiliary heating process on the deposition of pulsed laser wire feeding, the focus is on the improvement effect of the combined heating process on the deposition of low-power pulsed laser wire feeding. In this study, a combined heating additive manufacturing process method combining the substrate induction heating and hot wire processes is proposed for this problem, and the corresponding experimental device is developed. ![]() At the same time, the low laser power leads to the prominent problem of unfused defects in the deposited samples and the appearance of cold crack defects. Low-power pulsed laser wire-feeding deposition has the advantages of low cost and less accumulation of heat. ![]()
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February 2023
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