Model and modelled form designs of surface elasticity capability of cloth structures on lady trousers which are produced whit denim surface in ready-made sector

Structural differences on cloth which is the raw material of ready- made production affect the model and modelled forms of any clothing. With artistic and industrial aspect,model designs tend on increasing effort of wholeness of clothing and functionality.İn this research, model and modelled form designs of surface elasticity capability of cloth structures on lady trousers which are produced with denim surface in ready-made sector have been studied.Denim, washable cotton cloth and clothes with elasticity capability form the area of the research. Six different elasticity clothes form the research sample. they were chosen amongst the ones which have elasticitiy speciality which are suitable to daily trends. Experimental method has been used in this research, in the research scope, trousers modelled form which has been taken as an example, has been produced with determined clothes and washed and evaluated wıth appraise measure with the direction of findings we have at the end of the evaluation, necessary correction has been made on modelled form and denim surface which have changed most have been chosen, by sewing corrected trousers modelled form on denim surface, it has been washed and tested .By the end of this research, it has been can firmed that denim surfaces, which have different elasticitiy rates show differences after production and washing, practiced modelled form on some parts of body has farmed with the elsticitiy rate, certain parts hasn?t kept form, denim surfaces which have the most cotton rate shrank lengthwise, denim surfaces which have the same compositions but differnt structures have had different specialities. With the direction of the results we have, desired results have been reached by the productions of corrected modelled form and desired results after washing . on this direction, suggestions have been affered for denim surfaced trousers modelled form which have elasticity capabilitiy.