1. Dinamika prostorskih nosilcev s kvaternionsko parametrizacijo rotacijEva Zupan, 2010, doctoral dissertation Keywords: civil enginering, doctoral thesis, Reissner's beam, space beam, rotation, rotational quaternion, quaternion algebra, statics, dynamics, moving mass
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2. Buckling of timber columns exposed to fireSimon Schnabl, Goran Turk, Igor Planinc, 2011, original scientific article Keywords: fire, buckling, timber, charring, semi-analytical solutions, Reissner beam
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3. Fire analysis of timber composite beams with interlayer slipSimon Schnabl, Igor Planinc, Goran Turk, Stane Srpčič, 2009, original scientific article Keywords: fire, charring, slip, Reissner beam theory, finite element method, finite difference method
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4. Non-linear fire-resistance analysis of reinforced concrete beamsSebastjan Bratina, Igor Planinc, Miran Saje, Goran Turk, 2003, original scientific article Keywords: fire design, heat conduction, Reissner beam, finite element method, reinforced concrete
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5. Non-linear analysis of two-layer beams with interlayer slip and upliftAleš Kroflič, Miran Saje, Igor Planinc, 2011, original scientific article Keywords: non-linearity, reissner beam, slip, uplift, strain-based finite element
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6. Buckling of an axially restrained steel column under fire loadingTomaž Hozjan, Igor Planinc, Miran Saje, Stane Srpčič, 2011, original scientific article Keywords: steel columns, inelastic buckling, critical temperature, fire analysis, high temperatures, Reissner beam
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7. The influence of boundary conditions and axial deformability on buckling behavior of two-layer composite columns with interlayer slipSimon Schnabl, Igor Planinc, 2010, original scientific article Keywords: boundary conditions, stability, buckling, analytical solutions, composite column, reissner beam, slip, axial deformation, critical load, elasticity, layers
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8. Energy conserving time integration scheme for geometrically exact beamMatija Gams, Igor Planinc, Miran Saje, 2007, original scientific article Keywords: Reissner beam, elasticty, nonlinear dynamics, time integration, conserving algorithms
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