Construing Ideational Meaning in Electronics Devicesadvertisements in Jawa Pos: a Systemic Functional Linguisticmultimodal Discourse Analysis

This research deals with multimodal discourse analysis. The data were collected from printed advertisements ofJawa Pos newspaper. Generic Structure Potential of printed advertisement (GSP) proposed by Cheong (2004)and Halliday\u27s (1994) transitivity were applied. Cheong\u27s framework is applied to reveal the elements of visualand linguistic elements, meanwhile Halliday\u27s transitivity is used to know the processes. Thereby, this researchdiscovers the relationship between image and text in one context. The result shows that visual elements in theprinted advertisements are Lead, Emblem, and Display. Lead consists of Locus of Attention (LoA) andComplements to the Locus of Attention (Comp. LoA). Meanwhile, the linguistic elements are Announcement,Emblem, Enhancer, Tag, and Call-and-Visit Information. Finally, it is found that there is interconnectednessbetween the visual and linguistic elements in the printed advertisement. It causes high ContextualizationPropensity (CP), narrow Interpretative Space (IS), and also small Semantic Effervescence (SE)

Finger deformation with H1D1P1.

<p>Finger deformation with H1D1P1.</p

Material property parameters in linear finger model.

<p>Material property parameters in linear finger model.</p

Contour of static and dynamic pressure distribution in YZ plane.

<p>(a) Static. (b) Dynamic.</p

Strain energy density relative to frequency.

<p>Strain energy density relative to frequency.</p

Soft tissue anatomy of finger.

<p>(a) Layers of finger model. (b) 3D mesh from ANSYS.</p

Four partitions of FEM.

<p>(a) Static. (b) Dynamic.</p

Finger deformation with 3

<p>Finger deformation with 3</p

Finger deformation relative to position.

<p>Finger deformation relative to position.</p

Force applied to finger at different outlet diameters and different contact height.

<p>Force applied to finger at different outlet diameters and different contact height.</p