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In all the figures the zeroclastic membrane will adapt the surface of the membrane pushed to. It will alsodecrease the curvature. In Figure 81 there is no manipulation.3.4.3 Pushing a synclastic inflatable against another membraneFigure 85, Synclastic inflatable membrane pushed against an anticlastic mechanical pre stressed membraneFigure 86, Synclastic inflatable membrane pushed against a zeroclastic mechanical pre stressed membraneFigure 87, Synclastic inflatable membrane pushed against another synclastic inflatable membraneFigure 88, Synclastic inflatable membrane pushed against a monoclastic inflatable membraneFigure 89, Synclastic inflatable membrane pushed against an anticlastic inflatable membraneIn Figure 87 the surface decreases to zeroclastic and becomes synclastic in the opposite direction. At theborders from the “negative” synclastic surface to the “positive” curvature there will be a folding line oranticlastic area (Figure 72).In Figures 85, 88 and 89 the surface decreases to zeroclastic and becomes anticlastic.3.4.4 Pushing a monoclastic inflatable against another membraneFigure 90, Monoclastic inflatable membrane pushed against an anticlastic mechanical pre-stressed membraneFigure 91, Monoclastic inflatable membrane pushed against a zeroclastic mechanical pre-stressed membraneFigure 92, Monoclastic inflatable membrane pushed against a synclastic inflatable membraneFigure 93, Monoclastic inflatable membrane pushed against another monoclastic inflatable membraneFigure 94, Monoclastic inflatable membrane pushed against an anticlastic inflatable membraneIn Figure 90 and 94 the surface decreases the anticlastic surface of the surface pushed in.In Figure 92 the curvature decreases to zeroclastic and becomes synclastic in the opposite direction. Atthe boundary of the “negative” synclastic surface to the “positive” curvature there will be a folding line oranticlastic area (Figure 72).In Figure 93 there are two cases: 1 the mono the surfaces have the same parallel direction. In that case themonoclastic curvatures decreases to zero clastic and becomes monoclastic in the opposite direction, at theboundary of the “negative” monoclastic surface to the “positive” curvature there will be a folding line ormonoclastic area. (Figure 72). In the other case the monoclastic surfaces are not parallel. In that case themonoclastic curvatures decreases to anticlastic and becomes monoclastic in the opposite direction, at theboundary of the “negative” monoclastic surface to the “positive” curvature there will be a folding line oranticlastic area.3.4.5 Pushing an anticlastic inflatable against another membrane46