![]() ![]() The computer specs that this model was run on are as follows: Windows: Windows 7 Enterprise Processor: Intel® Xeon® CPU E5-1620 0 3.60GHz 3.60 GHz RAM: 32.0 GB System: 64-bit OS Model: Dell Precision T3600 Answer: Hi, The number of combinations to be considered is exponentially increased with the maximum number of lanes. Are there ways to limit which results are saved? Is multi-core processing an option? Is the unit load used for influence line analysis being moved at too small a distance? I appreciate your time and consideration with this matter. Computer specifications are also shown below. This is a simple model with comparatively few degrees of freedom, I am concerned with the run times and I am looking for ways to improve performance and/ or workarounds. numbers of lanes are shown below (reported from "Tandem + Lane" LL case). Analysis run times become exponentially slow as I increase the max. ![]() The vehicle being analyzed is "HL-93 Tandem+Lane: User Defined". I am performing a transverse moving load on the abutment using the "Transverse Moving Load Code". The bridge width that I am considering has up to 10 design lanes. Question: Midas Support - I am looking for some clarification on how moving load analyses are being performed by Midas Civil. ![]()
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December 2022
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