TQ Structures – Educational products for civil, mechanical and structural engineering students    
TecQuipment
Home page  |  Downloads  |  Information request  |  Getting in touch  |  About us  |  News and resources  |
 

Structures Experiments:
 
Bending Moments in a Beam
Shear Force in a Beam
Deflection of Beams and Cantilevers
Bending Stress in a Beam
Torsional Deflection of Circular Sections
Unsymmetrical Bending and Shear Centre
Pin-Jointed Frameworks
Three-Pinned Arch
Two-Pinned Arch
Fixed Arch
Buckling of Struts
Continuous and Indeterminate Beams
Curved Bars and Davits
Plastic Bending of Beams
Plastic Bending of Portals
Redundant Truss
Frame Deflections and Reactions
 
Ancillary Equipment:
 
Structures Test Frame
Digital Force Display
Automatic Data Acquisition Unit
Virtual Experimentation Pack
 

Bending Moments in a Beam

Teaching Product Ref STR2
Bending moments in a beam teaching equipment Bending moments in a beam teaching software
(Click image to enlarge)
Hardware
(Click image to enlarge)
Virtual Experiment
 
TQ's Bending Moments in a Beam teaching apparatus enables a range of laboratory, classroom and computer-based experiments for civil, mechanical and structural engineering students. It provides clear visualisation and straightforward proof of the theory of bending moments in a beam.

Experiments include:
Bending moment variation at the point of loading
Variation of bending moment away from the point of loading
Examination of various other loading cases, including loads traversing the beam
To ensure it meets your teaching needs, TQ's Bending Moments in a Beam teaching apparatus is available in various hardware and software formats. Choose from:
Hardware only
Hardware with virtual (computer-simulated) experiments
Hardware with automatic data acquisition and virtual experiments
Virtual experiments only, included in the Virtual Experimentation Pack (STRS)
HARDWARE

The high-quality Bending Moments in a Beam experiment module consists of a simply supported beam 'cut' by a pivot. To perform Bending Moments in a Beam experiments, students apply loads along the beam. A moment arm bridges the cut on to a load cell thus reacting (and measuring) the bending moment force. Students read the forces created using a Digital Force Display (STR1a).

Includes weights, weight hangers, electronic load cell, a lecturer guide and a student guide.

Essential ancillaries:

To use the Bending Moments in a Beam hardware you will also need:

Structures Test Frame (STR1) and a
Digital Force Display (STR1a)

Recommended ancillaries:

Structures Virtual Experimentation Pack (STRS)

The Automatic Data Acquisition Unit (STR2000) will enable automatic data acquisition from the Bending Moments in a Beam hardware. As an additional benefit, the Bending Moments in a Beam virtual experiment is FREE!

  VIRTUAL EXPERIMENTS

The Bending Moments in a Beam Virtual Experiments Software enables computer simulation of experiments working with or without the Structures teaching hardware. It expands the scope of experimentation beyond the limits of the hardware, allowing students to visualise, tabulate and graph data, reducing the time required for students to obtain, process and present results. It also provides greater versatility and scope when applying loads to the beam and, to further aid understanding, the software displays a bending moment diagram during experiments.

The Virtual Experiments Software is available in a variety of multi-user and networked options, as well as single-user format.
For more information see our datasheet (PDF file)  

To view datasheets you require Adobe Acrobat Reader 4 or above installed on your machine. (Click here to download).


Hardware, software or both – contact TQ and we will help you choose the right combination to suit your teaching needs.

Contact TQ for further information


     
Copyright © TQ Education and Training Ltd 2007. All rights reserved.
TQ Education and Training Ltd, Bonsall Street, Nottingham NG10 2AN, UK
Tel: +44 (0) 115 972 2611  Fax: +44 (0) 115 973 1520  Email: info@tq.com  Web: www.tq.com