### Crossword clues for loads

##### The Collaborative International Dictionary

**loads**

loads \loads\ n. A large quantity; a lot; as, loads of fun. [informal]

##### Wiktionary

##### WordNet

##### Wikipedia

**Loads (album)**

** Loads** is the title of a 1995 compilation of the British pop group Happy Mondays. It was released both in a single-disc edition (entitled

*Loads*) and as a limited edition 2-CD set (titled

*Loads & Loads More*). The second CD contains five remixes and two additional tracks.

The cover is a collage of previous album covers, the overall design closely emulating the cover of the Mondays' 1990 album * Pills 'n' Thrills and Bellyaches*. The sole new track is a remix of "Kinky Afro" produced by Paul Oakenfold and Steve Osborne.

#### Usage examples of "loads".

The results of experiments with short walls carried out in 1896-1897 by the Royal Institute of British Architects to determine the average __loads__ per sq.

As railway __loads__ increased and greater spans were demanded, the Howe truss was stiffened by timber arches on each side of each girder.

This bridge has now been replaced by a stronger bridge to carry the greater __loads__ imposed by modern traffic.

In manufacturing districts and near large towns __loads__ of 30 tons may come on road bridges, and county and borough authorities insist on provision being made for such __loads__.

Bridges would then be designed for these selected __loads__, and the process would be safer in dealing with flooring girders and shearing forces than the assumption of a uniform load.

If the __loads__ on the right of the section are considered the expressions are similar and give the same results.

Hence, for uniform travelling __loads__, the bending moments are greatest when the loading is complete.

Hence, if the average load to the left of a section is greater than that to the right, the bending moment at the section will be increased by moving the __loads__ to the right, and vice versa.

Hence the maximum bending moment at C for a series of travelling __loads__ will occur when the average load is the same on either side of C.

If one of the __loads__ is at C, spread over a very small distance in the neighbourhood of C, then a very small displacement of the __loads__ will permit the fulfilment of the condition.

Hence the criterion for the position of the __loads__ which makes the moment at C greatest is this: one load must be at C, and the other __loads__ must be distributed, so that the average __loads__ per ft.

If the __loads__ are very unequal in magnitude or distance this condition may be satisfied for more than one position of the __loads__, but it is not difficult to ascertain which position gives the maximum moment.

Generally one of the largest of the __loads__ must be at C with as many others to right and left as is consistent with that condition.

The greatest bending moment will occur with one of the greatest __loads__ at the section, and when this further condition is satisfied.

The three lightly dotted parabolas are the curves of maximum moment for each of the __loads__ taken separately.