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  <title><![CDATA[Multi-objective optimization of composite two-stage vibration isolation system for sensitive equipment]]></title>
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  <namePart><![CDATA[Wei Huang]]></namePart>
  <role>
   <roleTerm type="text"><![CDATA[Primary Author]]></roleTerm>
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  <namePart><![CDATA[Jian Xu]]></namePart>
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  <namePart><![CDATA[Dayong Zhu]]></namePart>
  <role>
   <roleTerm type="text"><![CDATA[Additional Author]]></roleTerm>
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  <namePart><![CDATA[Cheng Liu]]></namePart>
  <role>
   <roleTerm type="text"><![CDATA[Additional Author]]></roleTerm>
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  <namePart><![CDATA[Jianwei Lu]]></namePart>
  <role>
   <roleTerm type="text"><![CDATA[Additional Author]]></roleTerm>
  </role>
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  <namePart><![CDATA[Kunlin Lu]]></namePart>
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   <roleTerm type="text"><![CDATA[Additional Author]]></roleTerm>
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   <publisher><![CDATA[Emerald Group Publishing Limited]]></publisher>
   <dateIssued><![CDATA[2016]]></dateIssued>
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  <languageTerm type="code"><![CDATA[en]]></languageTerm>
  <languageTerm type="text"><![CDATA[English]]></languageTerm>
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 <note><![CDATA[Abstract
Purpose
The purpose of this paper is to propose a novel strategy of optimal parameters configuration and placement for sensitive equipment.

Design/methodology/approach
In this study, clamped thin plate is considered as the foundation form, and a novel composite system is proposed based on the two-stage isolation system. By means of the theory of mechanical four-pole connection, the displacement amplitude transmissibility from the thin plate to precision equipment is derived. For the purpose of performing optimal design of the composite system, a novel multi-objective idea is presented. Multi-objective particle swarm optimization (MOPSO) algorithm is adopted as an optimization technique, which can achieve a global optimal solution (gbest), and selecting the desired solution from an equivalent Pareto set can be avoided. Maximum and variance of the four transmitted peak displacements are considered as the fitness functions simultaneously; the purpose is aimed at reducing the amplitude of the multi-peak isolation system, meanwhile pursuing a uniform vibration as far as possible. The optimization is mainly organized as a combination of parameter configuration and placement design, and the traversal search of discrete plate is performed in each iteration for the purpose of achieving the global optimum.

Findings
An important transmissibility based on the mechanical four-pole connection is derived, and a composite vibration isolation system is proposed, and a novel optimization problem is also defined here. This study reports a novel optimization strategy combined with artificial intelligence for parameters and placement design of precision equipment, which can promote the traditional view of two-stage vibration isolation.

Originality/value
Two-stage vibration isolation systems are widely applied to the vibration attenuation of precision equipment, but in these traditional designs, vibration participation of foundation is often ignored. In this paper, participation of foundation of equipment is considered, and a coherent new strategy for equipment isolation and foundation vibration is presented. This study shows a new vision of interdisciplinary including civil engineering, mechanical dynamics and computational science.]]></note>
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 <subject authority="">
  <topic><![CDATA[Simulation Modeling]]></topic>
 </subject>
 <subject authority="">
  <topic><![CDATA[Jurnal Teknik Sipil]]></topic>
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 <subject authority="">
  <topic><![CDATA[Artificial intelligence]]></topic>
 </subject>
 <subject authority="">
  <topic><![CDATA[Mechanical engineering]]></topic>
 </subject>
 <subject authority="">
  <topic><![CDATA[Multi-objective optimization]]></topic>
 </subject>
 <subject authority="">
  <topic><![CDATA[Design implementing managing and practicing innova]]></topic>
 </subject>
 <subject authority="">
  <topic><![CDATA[Computation mechanics]]></topic>
 </subject>
 <subject authority="">
  <topic><![CDATA[Sensitive equipment]]></topic>
 </subject>
 <subject authority="">
  <topic><![CDATA[Thin plate]]></topic>
 </subject>
 <subject authority="">
  <topic><![CDATA[Composite system]]></topic>
 </subject>
 <classification><![CDATA[NONE]]></classification>
 <identifier type="isbn"><![CDATA[17260531]]></identifier>
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  <physicalLocation><![CDATA[Perpustakaan Fakultas Teknik Universitas Langlangbuana]]></physicalLocation>
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    <numerationAndChronology type="1"><![CDATA[JTS.EMER.2016.018]]></numerationAndChronology>
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