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X-force Advance Steel 2018 LINK ((TOP)) Download



Copyright 2023 CAD Library Login IDPasswordRemember MeForgot Password? LoginDon't have an account yet? Register Now jQuery(function ($) var llbl = $('#wpdmloginmodal-submit').html(); var __lm_redirect_to = "/en/how-to-activate-autodesk-2021-products-x-force-2021-32-64-bits/"; var __lm_logo = " -content/uploads/2021/07/cropped-fav-icon-libreriaCAD-2.png"; var $body = $('body'); $('#modalloginform').submit(function () $('#wpdmloginmodal-submit').html(WPDM.html("i", "", "fa fa-spin fa-sync") + " Logging In..."); $(this).ajaxSubmit( error: function(error) $('#modalloginform').prepend(WPDM.html("div", error.responseJSON.messages, "alert alert-danger")); $('#wpdmloginmodal-submit').html(llbl); , success: function (res) if (!res.success) $('form .alert-danger').hide(); $('#modalloginform').prepend(WPDM.html("div", res.message, "alert alert-danger")); $('#wpdmloginmodal-submit').html(llbl); else $('#wpdmloginmodal-submit').html(wpdm_js.spinner+" "+res.message); location.href = __lm_redirect_to; ); return false; ); $body.on('click', 'form .alert-danger', function() $(this).slideUp(); ); $body.on('click', 'a[data-target="#wpdmloginmodal"], .wpdmloginmodal-trigger', function (e) e.preventDefault(); if($(this).data('redirect') !== undefined) __lm_redirect_to = $(this).data('redirect'); console.log(__lm_redirect_to); if($(this).data('logo') !== undefined) __lm_logo = $(this).data('logo'); $('#wpdm_modal_login_logo').html(WPDM.el('img', src: __lm_logo, alt: "Logo")); $('#wpdmloginmodal').modal('show'); ); $('#wpdmloginmodal').on('shown.bs.modal', function (event) var trigger = $(event.relatedTarget); console.log(trigger.data('redirect')); if(trigger.data('redirect') !== undefined) __lm_redirect_to = trigger.data('redirect'); console.log(__lm_redirect_to); if($(this).data('logo') !== undefined) __lm_logo = $(this).data('logo'); if(__lm_logo !== "") $('#wpdm_modal_login_logo').html(WPDM.el('img', src: __lm_logo, alt: "Logo")); $('#user_login').trigger('focus') ); $(window).keydown(function(event) if(event.ctrlKey && event.keyCode === 76) $('#wpdmloginmodal').modal('show'); /*console.log("Hey! Ctrl + "+event.keyCode);*/ event.preventDefault(); ); ); #wpdmloginmodal .modal-content border: 0; box-shadow: 0 0 20px rgba(0,0,0,0.2); #wpdmloginmodal .modal-dialog width: 380px; #wpdmloginmodal .modal-dialog .modal-body padding: 40px; .w3eden .card.card-social-login .card-header font-size: 11px !important; #wpdmloginmodal-submit font-size: 12px; @media (max-width: 500px) #wpdmloginmodal z-index: 999999999; #wpdmloginmodal .modal-dialog width: 90%; margin: 5% auto; jQuery(function($) ); .wpdm-popover transition: all ease-in-out 400ms; position: relative;display: inline-block; .wpdm-popover .wpdm-hover-card position: absolute; left: 0; bottom: 50px; width: 100%; transition: all ease-in-out 400ms; margin-bottom: 28px; opacity: 0; z-index: -999999; .wpdm-popover:hover .wpdm-hover-card transition: all ease-in-out 400ms; opacity: 1; z-index: 999999; bottom: 0px; .wpdm-popover .wpdm-hover-card.hover-preview img width: 104px; border-radius: 3px; .wpdm-popover .card .card-footer background: rgba(0,0,0,0.02); .packinfo margin-top: 10px; font-weight: 400; font-size: 14px; jQuery(function ($) $('a[data-show-on-hover]').on('hover', function () $($(this).data('show-on-hover')).fadeIn(); ); ); [ Placeholder content for popup link ]WordPress Download Manager - Best Download Management Plugin




X-force Advance Steel 2018 LINK Download



XForce 2018 is a Full activator for any AutoDesk 2018 product, a downloadable application that permanently activates any autodesk product (AutoCAD, Revit, Civil 3D, Advance Steel, Naviswork etc). A compatible program for Windows 32-bit and 64-bit operating systems.


Copyright 2023 CAD Library Login IDPasswordRemember MeForgot Password? LoginDon't have an account yet? Register Now jQuery(function ($) var llbl = $('#wpdmloginmodal-submit').html(); var __lm_redirect_to = "/en/how-to-activate-autodesk-products-2018-x-force-2018-32-64-bits/"; var __lm_logo = " -content/uploads/2021/07/cropped-fav-icon-libreriaCAD-2.png"; var $body = $('body'); $('#modalloginform').submit(function () $('#wpdmloginmodal-submit').html(WPDM.html("i", "", "fa fa-spin fa-sync") + " Logging In..."); $(this).ajaxSubmit( error: function(error) $('#modalloginform').prepend(WPDM.html("div", error.responseJSON.messages, "alert alert-danger")); $('#wpdmloginmodal-submit').html(llbl); , success: function (res) if (!res.success) $('form .alert-danger').hide(); $('#modalloginform').prepend(WPDM.html("div", res.message, "alert alert-danger")); $('#wpdmloginmodal-submit').html(llbl); else $('#wpdmloginmodal-submit').html(wpdm_js.spinner+" "+res.message); location.href = __lm_redirect_to; ); return false; ); $body.on('click', 'form .alert-danger', function() $(this).slideUp(); ); $body.on('click', 'a[data-target="#wpdmloginmodal"], .wpdmloginmodal-trigger', function (e) e.preventDefault(); if($(this).data('redirect') !== undefined) __lm_redirect_to = $(this).data('redirect'); console.log(__lm_redirect_to); if($(this).data('logo') !== undefined) __lm_logo = $(this).data('logo'); $('#wpdm_modal_login_logo').html(WPDM.el('img', src: __lm_logo, alt: "Logo")); $('#wpdmloginmodal').modal('show'); ); $('#wpdmloginmodal').on('shown.bs.modal', function (event) var trigger = $(event.relatedTarget); console.log(trigger.data('redirect')); if(trigger.data('redirect') !== undefined) __lm_redirect_to = trigger.data('redirect'); console.log(__lm_redirect_to); if($(this).data('logo') !== undefined) __lm_logo = $(this).data('logo'); if(__lm_logo !== "") $('#wpdm_modal_login_logo').html(WPDM.el('img', src: __lm_logo, alt: "Logo")); $('#user_login').trigger('focus') ); $(window).keydown(function(event) if(event.ctrlKey && event.keyCode === 76) $('#wpdmloginmodal').modal('show'); /*console.log("Hey! Ctrl + "+event.keyCode);*/ event.preventDefault(); ); ); #wpdmloginmodal .modal-content border: 0; box-shadow: 0 0 20px rgba(0,0,0,0.2); #wpdmloginmodal .modal-dialog width: 380px; #wpdmloginmodal .modal-dialog .modal-body padding: 40px; .w3eden .card.card-social-login .card-header font-size: 11px !important; #wpdmloginmodal-submit font-size: 12px; @media (max-width: 500px) #wpdmloginmodal z-index: 999999999; #wpdmloginmodal .modal-dialog width: 90%; margin: 5% auto; jQuery(function($) ); .wpdm-popover transition: all ease-in-out 400ms; position: relative;display: inline-block; .wpdm-popover .wpdm-hover-card position: absolute; left: 0; bottom: 50px; width: 100%; transition: all ease-in-out 400ms; margin-bottom: 28px; opacity: 0; z-index: -999999; .wpdm-popover:hover .wpdm-hover-card transition: all ease-in-out 400ms; opacity: 1; z-index: 999999; bottom: 0px; .wpdm-popover .wpdm-hover-card.hover-preview img width: 104px; border-radius: 3px; .wpdm-popover .card .card-footer background: rgba(0,0,0,0.02); .packinfo margin-top: 10px; font-weight: 400; font-size: 14px; jQuery(function ($) $('a[data-show-on-hover]').on('hover', function () $($(this).data('show-on-hover')).fadeIn(); ); ); [ Placeholder content for popup link ]WordPress Download Manager - Best Download Management Plugin


According to Basel convention, wastes are the substances that are proposed to be disposed by provisions of national laws. These wastes might be formed during the processing and removal of raw material to develop a final product or intermediate component for the consumption of human society. Rapid development in technologies results in formation of more metallurgical waste that instantaneously decreases the industrial dump areas, in addition to problems related with ecological pollution is the most significant concerns challenging the attention of technologists and researchers (Rathi Citation2021; Adeniyi, Ighalo, and Abdulkareem Citation2020; Francis and Abdel Rahman Citation2016; Guerra-Zubiaga and Luong Citation2020). Advances in growth of manufacturing-based industries require joining of various similar and dissimilar metals as well as alloys by adopting several welding methods. In recent days, low alloy steels are preferred as the candidate material owing to its favourable properties on joining them with various metals. These materials consist of various alloying elements that improvise its mechanical and corrosion resistance (Wang et al. Citation2021; Karademir et al. Citation2021; Liang et al. Citation2021). Submerged-arc welding (SAW) process is a fusion welding approach to producing machine parts and tools with essential surface properties, mainly resistance to corrosion and wear apart from pressure tightness. SAW is a unique metal joining approach since it involves the arc that are completely flooded under the layer of granular flux. The main function of welding flux is to protect the arc and the molten weld material from the risky effects of adverse environment or atmosphere (Komen et al. Citation2021; Singhal et al. Citation2021; Sarkar et al. Citation2021). Herein, SAW slags are formed during the welding of two pieces of steel in the presence of a welding flux. During SAW process, portion or a part of flux materials get adhered over the solidified weld pool, leaving behind a solidified weld, a layer of un-melted granular flux and a solidified slag. These fusible flux and granular aggregates are formed using varying percentages of metal oxides, ceramics and carbonates such as alumina, lime, TiO2, silicon, calcium fluoride and other forms of minerals (Coetsee et al. Citation2021). During SAW process, the flux that consists of above said compounds reacts with impurities or contaminants that are present in molten weld metal that produce slag and protect the weld metal. The slags produced from SAW process denote various types of wastes resulting from metallurgical and industrial processes. Hence, these slags are considered as waste material. Due to this fact, the consumption of flux increased every year from 2500 tons in 1982 to 10,000 tons in 2006 and is still rising. Some researches depict that the presence of minerals, namely FeMn,CaF2 in flux material results in better improvement in impact strength of weld joints and usage of NiO, significantly decreases the hardness. In SAW process, three significant variables such as welding wire, welding flux as well as welding control factors that affect the weld metal properties. For attaining better mechanical joint strength, the main requirement is to control the weld metal chemical composition. Chemical reactions occur between metal and slag during SAW process (Saini and Singh Citation2021; Zhang, Wang, and Coetsee Citation2021). Compositional changes might occur owing to the interfacial interactions that result in alteration in metallurgical structure of weld joint and their desired weld metal properties. It is necessary to evaluate the extent of chemical interaction of the slag with metal to regulate the metallurgical and mechanical properties of the weld metal. Likewise, reprocessing of slag also includes the addition of some binders and deoxidisers that makes it consistent and repeatable, thus ensuring in reduction of cost up to 50% as well as decreases the environmental pollution (Nimker and Wattal Citation2020). Some researchers and metallurgist suggested slag reclamation process that also helps to attain similar results. Likewise, they assess the mechanical behaviour of welded samples made with recycled slag and conducts micro-hardness, electrochemical tests and bend test. Observation reveals that better bond and acceptable strength was attained while compared to the weld joint made by fresh flux. Further depict that the presence of manganese and chromium content over weld joint reduces from 2.5% to 0.89% and 25% to 20.84%. Similarly various approach has been adopted by researchers to analyse the different coating ingredients on weld joints. Study reveals that increase in usage of mixture contain SiO2, TiO2 improvise the tensile strength however increase in addition of SiO2 decrease the hardness near weld joint. Herein, microstructure and flux constituents are the main factor that influences the mechanical strength of welded joint. Likewise impact strength and microstructure of SAW welds are mainly based on the oxygen content (Suman et al. Citation2020; Sabzi and Farzam Citation2019; Jafarian et al. Citation2021; Anijdan and Sabzi Citation2018a). Deepanjali Nimker and Reeta Wattal made an attempt to recycle and reuse the SAW slag by using various compositions of binders such as potassium silicate, calcium carbonate to understand the mechanical strength and weld metal integrity for welding mild steel plates. Results revealed that slag recycling provides reliable yield compared with virgin flux also attain acceptable range of tensile strength impact energy and yield strength as per AWS standard (Nimker and Wattal Citation2020). Huseyin kucukoner and co-worker adopt SAW process for joining duplex stainless (AISI2205) steel and pressure vessel (P355GH) steel with various welding parameters and evaluate the microstructure and mechanical properties. Microstructure results reveal the formation of dendritic microstructure and formation of coalescence grain in area adjacent to melting boundary of weld joints. Hardness near heat-affected zone of all joint are partially higher than the basic materials (Küçüköner, Karakoç, and Kahraman Citation2020). S.H.Mousavi Anijdan et al. adopt spot welding process under the dissimilar welding behaviour of steels using various welding parameter. Results reveal that current density act as influencing parameter to govern the tensile strength of weld joint. Further depicts that higher welding current, timing with medium holding time improves the tensile strength of the weld joint (Anijdan et al. Citation2018). M.Sabzi and co-worker studied the welding behaviour of steel using high-frequency electric resistance welding with various welding parameter. Results depict that frequency, compression force and Vee angle parameters are the most significant effect on mechanical properties of weld joints (Sabzi et al. Citation2018). Lochan Sharma and co-workers investigate the effect of various combination of flux material (CaF2-CaO-SiO2 and Al2O3-CaO-SiO2) on welding behaviour of steel using SAW process. Depict that the binary mixtures C.Al, S.CF, S.Al and C.Al have significant increasing effect on silicon content in a bead on plate weld deposits while S.Al is the most effective synergistic binary mixture (Sharma and Chhibber Citation2020). Individual and binary flux mixtures tend to decrease the copper content in a bead on plate weld deposits. Based on clear cut literature survey, it can be observed that components in flux material act as the effective role in governing the desirable properties of weld joint. Further the optimum usage of recycled slag has been rarely evidenced. Hence, an attempt has been made to use the recycled slag in different proportions with suitable flux on welding steel with EM12K wire to arrive optimum usage of flux. Necessary mechanical testing was carried out along with radiography and ultrasonic test to ascertain the quality of the weld.


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