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In this first installment, Patrick talks to Mike Guertin about the industry’s ups and downs, how to diversify your income, and the realities of owning rental properties.
The beams and frames are assumed to be formed from a metallic soft core and two symmetric functionally graded skin layers. The Fine Homebuilding podcast is now recording a second weekly show focusing on the issues facing contractors and professional tradespeople. The further comparison of the band gap characteristics of the additive manufactured PnCs validates the key role of connections. Use Revit® BIM (Building Information Modeling) software to drive efficiency and accuracy across the project lifecycle, from conceptual design, visualization, and analysis to fabrication and construction. A corotational finite element formulation for large displacement analysis of planar functionally graded sandwich (FGSW) beam and frame structures is presented. The prototyping samples of the designed PnCs were fabricated by stereo lithography apparatus (SLA) additive manufacturing technology with ZR850 photosensitive resin. Steel tapered-I-columns are popular in modern. The wave attenuations in the proposed beam-supported stepped hybrid PnCs show that the design of the connection is the most important factor determining the wide frequency range of band gap characteristics. When designing the tapered pile in soft or liquefiable soil, it is necessary to identify its buckling strengths. For a binary beam-supported stepped hybrid PnCs composed of two materials, the width of the first complete band gap can be greatly increased by the changes of the beam characters for connection and the material types. By changing the depth of the tapered column neck embedded in the silicone rubber cladding on the interfaces of connections, the flat band can be eliminated. The equivalent spring mass/pendulum model shows the influence of the connecting beam interface size and column cavity height on the band gap. For a ternary beam-supported stepped hybrid PnCs composed of three materials, the first complete band gap width is increased by 2.4 times in comparison with the traditional tapered PnCs by the changes of the interfaces of connections.
A beam-supported stepped hybrid phononic crystals (PnCs) was proposed for the wave attenuations in the wide frequency range from 9.4 Hz to 8.4 kHz.