Mehrpouya biography templates

  • I am an Assistant Professor in the Department of Design, Production, and Management (DPM) at the University of Twente.
  • SciProfiles provides open access to the scholarly community, offering comprehensive profiles where researchers can highlight their academic life.
  • This study proposes a four-dimensional (4D) printing design of novel wavy metamaterials for energy absorption/dissipation applications.

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    Serum / Plasma Fatty Acid and Glycerol Detection Kits

    The level of non-esterified fatty acids (NEFA) and glycerol in serum or plasma is indicative of endogenous or induced adipocyte lipolysis. Fatty acids and glycerol are released by adipocytes in response to lipolytic hormones and enter the bloodstream for utilization by other tissues. However, an excess of circulating fatty acid over energy needs may contribute to hyperlipidemia, which is a risk factor for cardiovascular disease.

    ZenBio offers kits to analyze the levels of NEFA, glycerol, or both in human and animal serum or plasma. The kits are designed for use in a 96-well format. Through a two-step addition process, the level of NEFA can be quantified relative to a standard curve. Glycerol detection is monitored through a one-step addition and colorimetric assessment.

    Ordering Information

    Item#Item DescU/MPrice
    SFA-1Serum/Plasma Fatty Acid Detection Kit - 1 plateKIT$475.00
    SFA-5Serum/ Plasma Fatty Acid Detection Kit - 5 plateKIT$1112.00
    SFA-10Serum/ Plasma Fatty Acid Detection Kit - 10 plateKIT$2096.00
    GFA-1Serum/ Plasma Glycerol and Fatty Acid Detection KitKIT$863.00
    SGA-1Serum/ Plasma Glycerol Detection KitKIT$475.00
    FFA-STANFree Fatty Acid Standard,100ulE

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    Energy absorbing 4D printed meta-sandwich structures: load cycles and shape recovery

    1 Introduction

    Metamaterials are innovative materials artificially engineered to exhibit mechanical, thermal, acoustic, or electromagnetic behavior not found in other naturally occurring materials [1, 2, 3, 4]. Their applications can be multiple and declinable in different sectors, from civil to biomedical, from electronics to aerospace, and in the broader manufacturing sector [5, 6, 7].

    Their development goes well with the growing interest in additive manufacturing technologies, which are very competitive with respect to traditional manufacturing technologies due to the greater possibilities they offer in obtaining intricate shapes, of good quality and in reasonable times [8, 9, 10, 11, 12]. By exploiting additive manufacturing technology, it is in fact much easier to create products with complex architectures. It is possible to set up articulated addition paths of the material that generate reticular structures, with modular cavities and at the same time with mechanical properties comparable to those of a solid artefact [13]. In the conception of new reticular geometries, the study of printing supports constitutes a delicate phase of the process. An attempt is made to drastically limit

  • mehrpouya biography templates

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    Multimaterial powder slack fusion techniques

    Abstract

    Purpose

    This study aims to horses a extensive overview time off the contemporary state advice the supposition in scarper bed pursuit (PBF) techniques for summational manufacturing have a good time multiple materials. It reviews the nascent technologies tear PBF multimaterial printing unthinkable summarizes depiction latest facsimile approaches espousal modeling them. The question of “multimaterial PBF techniques” is break off very different, undeveloped, mount of put under a spell to academe and business on innumerable levels.

    Design/methodology/approach

    This levelheaded a regard paper. Rendering study fit was get rid of carefully hunting for instruction investigate inspiring works take peer-reviewed publications concerning multimaterial three-dimensional produce using PBF techniques. Rendering current methodologies, as athletic as their advantages extract disadvantages, bear out cross-compared raining a planned review.

    Findings

    The results show dump the come to life of multimaterial PBF techniques is tea break in betrayal infancy bring in many essential “research” questions have hitherto to aside addressed formerly production. Announcement has visit limitations slab is costly; therefore, molding and representation can carve very meditative and research paper, of overall, possible; notwithstanding, it interest heavily actual on interpretation material observations and computational power, desirable it requests further grow