'Dynamics & TMD' calculates dynamic properties for a range of simply, fixed or spring supported beams and their response to a harmonic loading. The effects of retro-fitting with a tuned mass damper are also included. Contents (3 pages) Dynamic properties of beams response to harmonic loading effects of retro-fitting with tuned mass damper.

‘Portal frame + SM’ provides a stiffness matrix analysis for a 33-node plane frame with 3 degrees of freedom –vertical, horizontal and rotation - access to the stiffness matrix (SM). Rigid or spring supports possible. 4 load cases. Results given for bending, axial and shear forces and graphs for bending moments and shear. Contents...

‘Portal frame’ provides a stiffness matrix analysis for a 33-node plane frame with 3 degrees of freedom – vertical, horizontal and rotation. Rigid or spring supports possible. 4 load cases. Results given for bending, axial and shear forces and graphs for bending moments and shear. Contents (7 pages) Input data Results for displace...

‘Multi-span beam + SM’ provides a stiffness matrix analysis for a 41-node beam with 3 degrees of freedom– vertical, horizontal and rotation – access to the stiffness matrix (SM). Rigid or spring supports possible. Results given for bending, axial and shear forces and graphs for bending moments and shear. Contents (7 pages) I...

‘Multi-span beam’ provides a stiffness matrix analysis for a 41-node beam with 3 degrees of freedom – vertical, horizontal and rotation. Rigid or spring supports possible. Results given for bending, axial and shear forces and graphs for bending moments and shear. Contents (7 pages) Input data Results for displacements and member f...

‘General Space Frame’ provides a stiffness matrix analysis for up to 100-node/200-member/20-support space frame with 6 degrees of freedom. Rigid or spring supports possible. 3 load cases. Multi-storey building example provided. Results given for bending, axial and shear forces. Note - Excel file approximately 27 Mb. Contents (184 pages)...

‘General slab’ provides a stiffness matrix analysis for an 81-node grillage with 3 degrees of freedom – vertical and x- and y-axis rotations – access to the stiffness matrix (SM). Rigid or spring supports optional at every perimeter node possible. Results given for bending, axial and shear forces and graphs for bending momen...

‘General slab’ provides a stiffness matrix analysis for an 81-node grillage with 3 degrees of freedom – vertical and x- and y-axis rotations. Rigid or spring supports optional at every perimeter node possible. Results given for bending, axial and shear forces and graphs for bending moments and shear. Contents (7 pages) Input data ...

‘General Plane Frame’ provides a stiffness matrix analysis for up to 50-node/100-member plane frame with 3 degrees of freedom – vertical, horizontal and rotation. Rigid or spring supports possible. 5 load cases. Results given for bending, axial and shear forces. Contents (173 pages) General Arrangement Input data Joint loads Membe...

'Foundation springs' provides formulations to determine vertical, lateral and rotational spring supports for spread foundations with adjustments for the effects of embedment depth. Contents (1 page) Calculation of vertical, translational and rotational springs for spread footing with adjustment for embedment.

‘Embedded retaining walls’ provides limit equilibrium design calculations for cantilever and high-level propped embedded retaining walls in accordance with Eurocode 7 and CIRIA guide C760 (2017), including DA1C1, DA1C2 and SLS load combinations for drained or undrained conditions (not mixed), wall moments and shear calculations and stif...

‘Elastic settlement’ provides calculations of the elastic or immediate settlement due to a uniformly loaded rectangular area Contents (4 pages) Methodology for the calculation of the elastic or immediate settlement of a uniformly loaded rectangular area from a pile group or spread footing Calculations of settlement at the corner, side a...