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	2-4: Nonlinear Finite Elements in 1-D (Total Lagrangian vs. Updated Lagrangian) (Fertig Research Group: Multiscale Failure of Materials) View
	2-5d: Nonlinear Finite Elements in 1-D (Total Lagrangian Formulation - Boundary u0026 Initial Cond.) (Fertig Research Group: Multiscale Failure of Materials) View
	2-5c: Nonlinear Finite Elements in 1-D (Total Lagrangian Formulation - Constitutive Law) (Fertig Research Group: Multiscale Failure of Materials) View
	2-8a: Nonlinear Finite Elements in 1-D (Updated Lagrangian - Governing Equations) (Fertig Research Group: Multiscale Failure of Materials) View
	2-5e: Nonlinear Finite Elements in 1-D (Total Lagrangian Formulation - Weak Form) (Fertig Research Group: Multiscale Failure of Materials) View
	2-5a: Nonlinear Finite Elements in 1-D (Total Lagrangian Formulation - Problem Setup) (Fertig Research Group: Multiscale Failure of Materials) View
	2-5b: Nonlinear Finite Elements in 1-D (Total Lagrangian Formulation - Conservation Equations) (Fertig Research Group: Multiscale Failure of Materials) View
	2-3: Nonlinear Finite Elements in 1-D (Lagrangian vs. Eulerian Meshes) (Fertig Research Group: Multiscale Failure of Materials) View
	3-3: Nonlinear Finite Elements in 3-D (Updated Lagrangian Formulation) (Fertig Research Group: Multiscale Failure of Materials) View
	2-7: Nonlinear Finite Elements in 1-D (Solution Methods - Explicit Central Difference) (Fertig Research Group: Multiscale Failure of Materials) View